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"type": "product",
"title": "RK1000 Pro",
"content": "22AKFAFA619 DC Brushless DC Brushless as accessory 1000 21 20 - 100 steel 4 sub-zones, 2 separate zones 20% / 11° 45% / 24° 2,8 Ah 18,15V Li-Ion 50 - 60 min 60 - 120 min 2,8 kWh/month available as accessory (122-080-619) 4,3'' HD colour touchscreen Standard Standard Standard all-terrain wheels with high traction Standard 3 years + 1 year with product registration Standard < 60 dB The RK1000 Pro is here to create a lawn to match any occasion. Its ability to cut right to the edge as well as a patented cutting system ensures your lawn will be the centre of attention. It is suited for medium gardens of up to 1.000 m². The RK Series is new to the Robomow family. Two models are designed for lawns of up to 2,000 m², which are trimmed to perfection quickly with a cutting width of 21 cm. The practical cutting technology beyond the wheelbase reduces rework at the edges to a minimum. This model, the RK 1000 Pro, puts in an excellent performance on slopes of up to 45 percent on a maximum of 1,000 m² and trims the lawn perfectly with cutting heights between 20 and 100 mm, even on uneven terrain. The color touch-screen display makes it particularly easy to operate - for example, when setting up a mowing schedule. The maximum cutting height of 100 mm - unique in its class - is also a source of excitement. Finally, the 360° obstacle sensor guarantees maximum safety when navigating through the garden - where you will hardly notice Robomow due to its low noise level.",
"description": "The RK1000 Pro is here to create a lawn to match any occasion. Its ability to cut right to the edge as well as a patented cutting system ensures your lawn will be the centre of attention. It is suited for medium gardens of up to 1.000 m².",
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"title": "RK2000 Pro",
"content": "22AKHAFA619 DC Brushless DC Brushless as accessory 2000 21 20 - 100 steel 4 sub-zones, 2 separate zones 20% / 11° 45% / 24° 4,9 Ah 18,15V Li-Ion 100 - 120 min 60 - 120 min 5,1 kWh/month available as accessory (122-080-619) 4,3'' HD colour touchscreen Standard Standard Standard all-terrain wheels with high traction Standard 3 years + 1 year with product registration Standard < 60 dB The RK2000 Pro is here to create a lawn to match any occasion. Its ability to cut right to the edge as well as a patented cutting system ensures your lawn will be the centre of attention. It is suited for medium gardens of up to 2.000 m². The new RK series is characterized not only by the excellent traction of the wheels, for which slopes of up to 45 percent are absolutely no problem. The pendulum-suspended cutting deck with the offset blades always ensures perfect cutting results even on uneven terrain - and that with a maximum cutting height of 100 mm. Controlling and programming Robomow is very easy thanks to the color touch screen. Once the mowing schedule is installed, the robotic lawnmower takes care of the lawn almost by itself. For example, the unique edging technology ensures excellent results even at the edges - and on up to 4 secondary zones and 2 separate zones that can be saved. The powerful battery mows around 100-120 minutes before Robomow returns to the charging station for 1-2 hours. Thanks to this power, they can use this model without hesitation on lawns up to 2,000 m².",
"description": "The RK2000 Pro is here to create a lawn to match any occasion. Its ability to cut right to the edge as well as a patented cutting system ensures your lawn will be the centre of attention. It is suited for medium gardens of up to 2.000 m².",
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"type": "product",
"title": "RS PowerWheels",
"content": "MRK6107A Extra all-terrain wheels for Robomow RS series Extra all-terrain wheels for Robomow RS series",
"description": "Extra all-terrain wheels for Robomow RS series",
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"type": "product",
"title": "RS RoboGrips",
"content": "MRK6022A For use of the RS in particularly difficult and slippery terrain and on slopes. Are simply attached to the drive wheels. For use of the RS in particularly difficult and slippery terrain and on slopes. Are simply attached to the drive wheels.",
"description": "For use of the RS in particularly difficult and slippery terrain and on slopes. Are simply attached to the drive wheels.",
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"type": "product",
"title": "Base Station RS, models 2019 -",
"content": "MRK6102C Of course, a base station is already included in delivery. But for larger separate zones, a second station is useful. This variant is suitable for all RS-Robomows from 2019 on. When mowing separate zones, it can be useful to install a second charging station so that the mowing robot can automatically charge itself until the area has been completely mowed. This may save the need for manual transport between the main station and the separate zone. In addition to the charging station with charging head, the scope of delivery includes the power supply unit as well as a connecting cable and nails for fixing the station. As the stations are not compatible with all Robomows, we recommend checking the type plate before purchase.",
"description": "Of course, a base station is already included in delivery. But for larger separate zones, a second station is useful. This variant is suitable for all RS-Robomows from 2019 on.",
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"type": "product",
"title": "Wire repair connectors",
"content": "MRK0039A1 Simply extend or repair perimeter wire - with these silicone-sealed wire connectors, it's quick and easy. The cable connectors are suitable to extend the perimeter wire easily and quickly when the length of a single cable is not sufficient. Defects in the wire can also be repaired in no time with these connectors. Operation is extremely simple, as the wire is inserted into the connector up to the stop, together with its insulation. Press the button, stick it into the turf, done. Silicone gel ensures that no water can penetrate, making them wind and weatherproof. This product is compatible with all robotic lawn perimeter wires with a maximum diameter of 3.9 mm.",
"description": "Simply extend or repair perimeter wire - with these silicone-sealed wire connectors, it's quick and easy.",
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{
"type": "product",
"title": "Plot connectors RC/RS",
"content": "MRK0038A Zone connectors connect the perimeter wire to the base station or perimeter Switch. This variant is suitable for all RS and RC models. The plug connection to the charging station is exposed to wind and weather and may break sooner or later. The zone connectors connect the end of the perimeter wire to the base station or signal transmitter. This product variant is suitable for all RS and RC Robomows. For the RT series there is another variant available.",
"description": "Zone connectors connect the perimeter wire to the base station or perimeter Switch. This variant is suitable for all RS and RC models.",
"uri": "/products/accessories/detail/plot-connectors-rc-rs-7290001944301",
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"type": "product",
"title": "Perimeter wire 650m",
"content": "MRK0067B Bigger areas require longer perimeter wires. This wire extends the actual wire by another 650 m. The individual wires then only need to be plugged together with a wire connector. The perimeter wire included in delivery doesn't always fit every requirement. Especially when there are many obstacles to be cut out in the lawn, many extra metres are quickly needed. With this product, a further 650 metres extension are possible. It can be easily attached to the actual wire with a wire connector. If the wire is to be laid above ground, a few extra lawn nails are required to ensure that the wire is firmly fixed to the ground and to ensure that the mowing robot cannot accidentally damage it. The only thing you need to bear in mind when buying a mowing robot is that, depending on the model, the mowing robot is limited to a maximum length of wire so that the signal can be transmitted without interference.",
"description": "Bigger areas require longer perimeter wires. This wire extends the actual wire by another 650 m. The individual wires then only need to be plugged together with a wire connector.",
"uri": "/products/accessories/detail/perimeter-wire-650m-7290109391458",
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"type": "product",
"title": "Perimeter wire 200m",
"content": "MRK0060A If the boundary wire is not sufficient to define the zone for the mowing robot, this extension offers a solution. Simply assembled with a wire connector, the original distance is extended by 200 m. If the area is more complex and the wire already supplied with the Robomow is not sufficient, this product can help. Simply assembled with a wire connector, the original length can be extended by another 200 m. This will certainly make it possible to stake out larger lawns for the mowing robot. When laid above ground, only additional lawn nails are required. It should be noted, however, that the robot models are limited to a maximum length so that the signal transmission works without problems.",
"description": "If the boundary wire is not sufficient to define the zone for the mowing robot, this extension offers a solution. Simply assembled with a wire connector, the original distance is extended by 200 m.",
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"type": "product",
"title": "Perimeter wire 100m",
"content": "MRK0040A Depending on the size of the lawn, the perimeter wire may be extended with another cable. The connection is then simply made using special connectors. This original cable is suitable for all Robomow models. If the perimeter wire is not sufficient to define the lawn or its boundaries, this product extends the scope of supply by another 100 m. The individual cable parts are then simply connected using a wire connector. The only thing to be taken into account is that individual mowing robot models are not designed for arbitrary lengths, but that there are upper limits - which are not to be exceeded simply because of the recommended area output.",
"description": "Depending on the size of the lawn, the perimeter wire may be extended with another cable. The connection is then simply made using special connectors.",
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"type": "product",
"title": "Pegs",
"content": "MRK7101A When laying perimeter wire above ground, it is important that the cable is pulled tight so that the robot does not accidentally cut it. Lawn nails are required at regular intervals for fixing the perimeter wire. Lawn pegs are used to anchor the boundary wire firmly to the ground when laid above ground so that it does not bend over the turf. If the cable is not smooth and tight, there is a risk that the robot's blades will cut the cable, paralyzing the entire system. In order to avoid the subsequent troubleshooting - depending on the size of the lawn - it is recommended that the perimeter wire is carefully attached right away. The easiest way to do this is with a sufficient number of lawn nails. If the scope of supply is not sufficient for the lawn area at home, this product will provide additional supplies.",
"description": "When laying perimeter wire above ground, it is important that the cable is pulled tight so that the robot does not accidentally cut it. Lawn nails are required at regular intervals for fixing the perimeter wire.",
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{
"type": "product",
"title": "RT Blade Kit",
"content": "122-102-619 A compact mowing robot requires a compact blade in order to convince with its always perfect cutting results. Replacing the blades of mowing robots is absolutely necessary at certain intervals, as the blades lose cutting force sooner or later under the permanently high stresses. This replacement blade is compatible with all Robomow RT models. The shape of the extra sharp, precision-ground blades ensures a permanently even and perfect mulch cut. Changing the blades is very easy. For your own safety, it is recommended that gloves be worn.",
"description": "A compact mowing robot requires a compact blade in order to convince with its always perfect cutting results.",
"uri": "/products/accessories/detail/rt-blade-kit-4008423918038",
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"type": "product",
"title": "RK Blade Kit",
"content": "122-100-619 This knife ensures the precise and even cutting results of the RK-Robomow in the long run. As a wearing part, it is recommended to change it once or twice a year. The blades of mowing robots are probably the most common wearing parts, for which a replacement 1-2 times a year is recommended. This is the only way to guarantee perfect cutting results and to maintain this standard, because blunt blades are eventually no longer able to cut off the stalks cleanly. Changing the blades is very easy and can be done within a few minutes.",
"description": "This knife ensures the precise and even cutting results of the RK-Robomow in the long run. As a wearing part, it is recommended to change it once or twice a year.",
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"type": "product",
"title": "RS Blade Kit",
"content": "MRK6101A Blades are probably the most common wearing parts in lawn robots. However, regular replacement is necessary to achieve permanently perfect cutting results. These blades are compatible with the RS-Robomows. Changing the mowing robot blades is recommended between once and twice a year, depending on the cutting frequency. The precision-ground blades cut the grass blades sharply and precisely - for a perfect and even cut. The curved stainless-steel design and the particularly robust construction make them extremely durable. They are particularly easy to install by snap-on, with the necessary tools included in the scope of delivery. In order to avoid cuts, please make sure to wear gloves when changing.",
"description": "Blades are probably the most common wearing parts in lawn robots. However, regular replacement is necessary to achieve permanently perfect cutting results. These blades are compatible with the RS-Robomows.",
"uri": "/products/accessories/detail/rs-blade-kit-7290001944103",
"productCategory": "Accessories",
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{
"type": "product",
"title": "RoboZone Mobile",
"content": "122-037-619 The RoboZone extension allows Robomow to operate in separate zones without connection to the main zone. This mobile module is additionally equipped with a battery. Suitable for RT and RS models. An earth spike and a separate Perimeter Switch create a separate area for the Robomow. This allows the robot to move into the area, where it will also start mowing after being programmed once. When the work is done, the unit can be easily and quickly be carried to the main zone. Only if the area is large, it is advisable to purchase a charging station, otherwise this feature, which is particularly flexible due to its rechargeable battery, is completely sufficient.",
"description": "The RoboZone extension allows Robomow to operate in separate zones without connection to the main zone. This mobile module is additionally equipped with a battery. Suitable for RT and RS models.",
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{
"type": "product",
"title": "RT RoboHome",
"content": "122-082-619 Even the smallest Robomow deserves protection from sun and rain during its rest periods - which will have a positive effect on the battery life. The discreet yet modern design will look good in any garden RoboHome complements the mowing robot with another stylish accessory that is also extremely practical. The robot garage is UV-resistant and reliably protects the device from sunlight, dirt and rain during periods of non-use and during charging. Thanks to the fastening in the floor, a high stability is given. The roof is equipped with a practical folding mechanism that allows easy access to the robot. Needless to say, the scope of delivery also includes the mounting material.",
"description": "Even the smallest Robomow deserves protection from sun and rain during its rest periods - which will have a positive effect on the battery life. The discreet yet modern design will look good in any garden",
"uri": "/products/accessories/detail/rt-robohome-4008423917741",
"productCategory": "Accessories",
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"type": "product",
"title": "RK RoboHome",
"content": "122-080-619 Made of UV-resistant material the RK-RoboHome reliably protects the RK from rain and dirt.",
"description": "Made of UV-resistant material the RK-RoboHome reliably protects the RK from rain and dirt. ",
"uri": "/products/accessories/detail/rk-robohome-4008423917734",
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"title": "Can I install my robotic lawnmower myself?",
"content": "Before the new robotic lawnmower is put into operation for the first time, it has to be installed. The basic principle of a charging station and a perimeter wire are quite simple, but there is also the potential for error. After all, the new garden helper needs to know which areas it should mow, what times, how often and in what way. This setup takes a little time but also saves you the cost of an installation service. Although garden owners can be put off by the installation of their robotic lawnmower, it‘s really not too difficult. Before your new garden helper can tirelessly make his rounds, a one-time installation is necessary. Ultimately, a robotic lawnmower needs clear instructions as to when and how the lawn should be mowed. Above all, it’s important to set perimeters in order to avoid your robot crossing into your neighbour‘s lawn or flower beds. This initial installation involves a few hours' time and can be done quite conveniently through a service from the manufacturer. However, it is cheaper to simply install the robotic mower yourself. Installing the robotic lawnmower yourself - this is how it's done! The installation of a lawn robot is rather easy to do with minimal technical skills. The required materials are usually included in the scope of delivery, so you can directly start with the installation. Scope of delivery of the robotic lawnmower While a robotic lawnmower without a boundary wire only has a charging station and is thus immediately ready for use, a robotic lawnmower with a boundary wire logically has the wire for demarcating the lawn, the charging station and, if necessary, a guide wire. In addition, the device must be programmed via the display, Bluetooth or a web app before the first mow. With many models, the parts needed for installation and operation, such as boundary wire and mounting hooks, are already included or can be easily purchased as an option. This is especially necessary if the lawn is very angled. Therefore, it may require an above-average number of meters of wire beyond the supplied amount. Other tools that are helpful during installation but are not included in the scope of delivery are as follows: a lawn edger a rubber mallet an Allen wrench a pair of metal pliers Once you have everything ready, you can also get started with the installation right away. Placing the charging station The first question is where to place the charging station. This should be as freely accessible as possible, located at the edge of the lawn (but not outside it and still central) and no further than 15 meters from a power outlet. Ideally, there should be about 3 meters of space around the charging station so that you can later route the perimeter wire away from and back to the station at a right angle. A place that is protected from rain and sun is also recommended. Otherwise, the battery could overheat. If there is no option for a shady area, it is advisable to purchase a robot garage that helps protect the device from the elements when at rest. Even if your robotic lawnmower can easily handle grades of up to 45%, the charging station should always be placed on level ground. Accordingly, select a level surface that is not surrounded by slopes in order to help avoid problems during approach and docking. For further installation, follow the manufacturer's instructions for connecting the charging unit to the base plate and connecting the power supply. Attach the charging unit to the ground only after the perimeter wire has been laid so that the robotic lawnmower does not come into contact when driving over it. The front edge should still be on the lawn surface, while the rear edge can be placed outside. Laying the perimeter wire The perimeter wire forms an induction loop that uses a magnetic field to communicate with the robotic lawnmower the area within which it should move. Flower beds or a garden pond can also be easily protected in this way. Laying the perimeter wire starts at the charging station and should be well thought out to help prevent time-consuming corrections later. The careful planning of laying: Plan your layout carefully, as the wire should not cross at any point. Run it clockwise or counterclockwise around the lawn and tie in beds from there by pulling the wire across the lawn, circling the bed and running the wire back to the edge parallel to the outbound run. This is especially relevant if islands in the center of the lawn are accessed from the edge. In addition, there is a risk that other robotic mower signals could interfere with yours. Fortunately, it is possible to adjust the frequencies afterwards. Also, pay meticulous attention to the distances to the lawn edge to help provide a clean edge cut and help to avoid interference from power cables. Things get more complicated if you want to incorporate separate zones. If there is a thoroughfare, it is recommended to simply tie in the zones. Otherwise, it makes sense to have two separate circuits, which you can link with a signal transmitter or, in the case of large areas, add a second charging station. The distance to flower beds and lawn edges should be even so that the robot does not mow too far into the bed or drive into an unbounded garden pond. To help avoid this, a distance ruler is included with the robotic lawnmower. You do not need to mark trees or other larger obstacles as well as beds equipped with mechanical barriers. To help prevent the robot from bumping into tight angles and having to turn around, lay the wire at a slight curve. This way, the device can easily follow the wire and mow the garden with minimal interruption. Connect each of the two ends of the wire to the charging station. Usually, a function light indicates if the wire is properly connected and the loop is closed. Laying the Perimeter Wire Above or Below Ground Before laying the boundary wire, mow the lawn as short as possible. This will help make the subsequent laying easier. Then you will have the option of either laying the wire above ground and fastening it with the lawn hooks provided or using a lawn edger to make a small furrow and place the wire under the turf. This will help prevent you from damaging the cable later when dethatching. In both cases, the cable should be pulled taut. To do this, use a lawn hook about every 50 cm when laying the cable above ground or a shorter distance on smaller passages. Above-ground laying is somewhat more prone to errors, but is much faster and offers more flexibility when redesigning the garden. One certain advantage is that repairs are more convenient, since cable breaks are often visually recognizable, and the cable does not have to be dug up. Laying the guide wire Some robotic lawnmowers also have a guide wire that is laid across the garden. This is intended to help the robotic lawnmower find the charging station quickly when the battery power is running low. In addition, the guide wire can also serve the function of different starting points. The guide wire should initially run straight ahead from the charging station for one meter so that the robotic lawnmower can park easily. When passing the cable through narrow passages, the distance to the sides should be at least 30 cm. It should be noted that the cable should not go straight up a slope but should be laid at an angle. Finally, the guide wire usually ends at the boundary wire. If a guide wire is not present, the robotic lawnmower will drive along the boundary wire back to the charging station. Programming the robotic lawnmower Once the perimeter wire has been laid correctly, the robot itself must also be programmed. Models with a touch screen or control via app are particularly convenient. Below are the options available on certain robotic mowers: Mowing times and programs Theft protection Date and time Cutting height Additional starting points can be programmed if applicable We recommend avoiding mowing during evening hours to help protect hedgehogs and other critters. Times when children or pets are on the lawn are also not suitable for the use of the robotic lawnmower. If your lawn consists of several different areas, it makes sense to set different starting points. In this way, the robotic lawnmower does not always start its work at the same point but rather steers the starting point in exactly the same way according to the specified area in m² or percent. Robot lawnmower starts automatically after loading If the robotic lawnmower is properly programmed, fully charged and the induction loop is ready for operation, the robot will automatically start the first mowing operation when the entered mowing time is reached. Alternatively, you can press the start button manually. Keep an eye on the robotic lawnmower during its first few trips and check that the distances specified by the perimeter wire are correct. The device should not cut into flower beds nor should it leave larger lawn edges that you will have to subsequently retouch with a lawn trimmer. ALTERNATIVE INSTALLATION SERVICE If you do not want to invest the time to install your robotic lawnmower, most manufacturers and 3rd part providers also offer their own installation service. A professional can come to your home and take care of the installation of the charging station, laying of the boundary wire and programming of the robotic lawnmower. This is followed by a test run to be sure that the robot really works as it should. Finally, a briefing on the operation of the device is mandatory. The cost of the installation service depends on the size of the garden as well as the above-ground or underground installation. You might even be charged for travelling expenses. Overall, the cost usually includes: travel, unpacking and assembling the robotic lawnmower, laying the boundary wire and, if applicable, the guide wire, setup and programming, a trial run and instruction on how to operate the robot. The initial installation of the robotic lawnmower takes a few hours, but in principle it is very simple. A quick guide with the individual installation steps can also be found here: Getting Started Guide or video",
"description": "In order to use the robotic lawnmower in your garden, an installation is required to set mowing times and the like. This might seem complicated, so the question arises whether you can install the robotic mower yourself.\n",
"uri": "/blog/detail/can-i-install-my-robotic-lawnmower-myself",
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"published": "2023-06-09"
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{
"type": "news",
"title": "Robot mower for small areas",
"content": "For several years, the popularity of robotic mowers has been steadily increasing. They help make the whole gardening experience more pleasant, especially in large gardens. Still, small areas can also be groomed and maintained by a robotic mower. When buying a robotic mower, it is important to keep in mind that there are different criteria for small and large green areas. Once you have chosen the appropriate mower, your lawn can truly thrive. Criteria for robotic mowers on small areas By all means, there are no universal criteria by which small gardens are characterized. The lawn in a front yard can have a simple rectangular shape or the greenery around small islands of flowers can be intricate and curvy. What all areas have in common, however, is that it is advantageous if the robotic mower is as maneuverable as possible. A low weight device is beneficial if the garden helper has to be carried at times. In addition, there are a number of other criteria for robotic mowers on small areas. The volume Small lawns are often found in the city. It is essential that the robotic mower works quietly to help avoid quarrels with the neighbors, especially in urban areas. Robotic mowers that mow at a volume of 60 dB or less are particularly friendly and quiet.. Cutting height and setting Sports and utility turfs call for a different cutting height than ornamental turf (which may be cut much lower). Thereby, robotic lawnmowers should meet the requirements of a particular lawn. Most robotic mowers for small areas offer a variety between 20 and 50 mm, making them suitable for both sports and ornamental lawns. Those who value the most versatile use of their robotic lawnmower would do well to pay attention to different cutting height settings when purchasing the robotic lawnmower. Sometimes there are three or five different cutting height settings. Cutting width Small robotic mowers are generally characterized by a cutting width of 16-21 cm. This helps make the devices very compact and maneuverable: ideal for small areas. Although a smaller cutting width reduces the mowing area output, small sized robotic lawnmowers impress with their low weight, compact and light batteries, designed to allow for low energy requirements. Maximum slope Not every robotic lawnmower is right for use on inclines. Manufacturers specify the maximum slope that a robotic mower can handle. Often, the suitability for uneven terrain is also related to the motor and battery power: A compact device may be light but does not always bring enough capacity to drive uphill. For this reason, keep in mind the slope of your garden when selecting a device so that it can move safely and mow the lawn accurately. Perimeter wire Most robotic mowers work with a perimeter wire. You lay this around the lawn. A transmitted signal tells the device which areas are to be mowed and where the outer boundary of the lawn is. Usually the wire is already included in the scope of delivery and can optionally be extended up to a specified maximum length. If your garden is characterized by flower beds or other areas on the lawn that need to be marked by the wire, the length of the perimeter wire may not be sufficient. In this case, a robotic mower that works with the help of grass sensors and does not need a wire may prove to be convenient. If so, special requirements apply to the marking of the outer boundary as well as the bed edges. This will help so that the garden helper does not accidentally cut down perennials and the like. Battery life and charging Robotic mower batteries for small areas are generally not as powerful as those of larger robotic mowers. With that being said, the devices are compact and designed to use less energy. However, the battery life and charging time affect the mowing time, so it is worth taking a look at here. Devices that charge in a short time are helpful. If necessary, we recommend buying a model with a slightly larger area output so that the mowing time is manageable even with a battery with a mowing time of 30-45 min. Maximum area output Every robot has a maximum area output that can be achieved under optimal conditions. Nonetheless, obstacles, slopes or other imponderables on surfaces reduce this. That is why it is always sensible to allow for a little buffer to the manufacturer's specification. It is also important to remember that the specifications are often based on continuous use of the robotic lawnmower. If, for example, you only want to use the device for a few hours a day and give it a rest at the weekend, plan this into the calculation of the required area output. Programming and control Many robotic mowers are characterized by simple operation at the touch of a button. Increasingly, even compact models are equipped with app control and programming via Bluetooth, which can further increase ease of use. Ultimately, the type of control is a matter of taste, but you should take it into account when buying in order to get as much enjoyment out of your device as possible. Main and secondary zones Small gardens are generally less likely to be characterized by main and secondary zones than larger ones. This means that the robotic lawnmower does not need to target different areas of the garden. However, if it does, the device should be able to detect different remote starting points in order to mow different lawns on a regular basis. Sensors Robotic mowers can be equipped with a wide variety of sensors. For example, rain sensors are widely used, designed so that when it rains, the robot will automatically go back to the charging station and continue working once the rain has subsided. Models that are not equipped with this sensor, on the other hand, are more suitable for use in wet weather. There are also special obstacle sensors that help the robot avoid hindrances enough in advance to start a turning maneuver in the event of a collision. This helps increase mowing efficiency. Tilt sensors are designed to automatically interrupt blade operation when the device is lifted. However, unlike other sensors, these are mandatory When buying, look for certain features that are important to you in a robotic mower. Small areas, maneuverability, weight and desired mowing times are particularly important criteria",
"description": "When the right robotic mower fits the lawn area, ideal results can be achieved. So what is important about robotic mowers for small areas?\n",
"uri": "/blog/detail/robot-mower-for-small-areas",
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"published": "2023-05-16"
},
{
"type": "news",
"title": "Mowing robots for large areas",
"content": "The larger a lawn area, the more important the performance of the robotic lawnmower. After all, the device must cover significantly more distance to mow an entire lawn. As a result, not only must the battery be larger, but the cutting width also plays an important role in area output. These and other criteria differentiate robotic mowers that are suitable for large areas. What does \"large area\" mean? Whether a lawn area is already considered large with 1,000 m² or from 5,000 m² on is an absolute matter of opinion. There is no fixed definition. However, it is undisputed that playgrounds, schools and sports fields, as well as particularly extensive gardens and parks, tend to have large areas of several thousand square meters that a robotic lawnmower has to manage. In the private sector, areas with 1,000 m² or more are generally considered large and thus influence the important equipment features of a robotic lawnmower. The maximum area output of robotic mowers The first thing to look at when purchasing a robotic mower is usually the area output specified by the manufacturer. While small models sometimes only manage around 150 m², there are robotic mowers that are suitable for sports fields and parks with an area performance of 10,000 m². When considering this value, it is quite important to discern between the recommended area output and the maximum area output. The former usually reflects a realistic value achieved in an average garden even if it does not correspond to absolutely perfect conditions without obstacles. Allow some buffer between the actual lawn area and the recommended area output. This is especially important if you do not want to use the robot around the clock but plan for breaks. Some manufacturers estimate continuous use in their specifications so that the robotic lawnmower can otherwise quickly reach its limits with break times and a tight calculation. Powerful batteries A larger area output also helps increase the runtime of the battery, as the robotic lawnmower may need to go to the charging station less frequently. For large areas, robotic mowers with particularly powerful batteries are therefore recommended. The cutting width of the robotic lawnmower for large areas The larger the cutting width of a robotic lawnmower, the more area a device can mow at the same speed as a smaller robotic lawnmower. For example, a model with a cutting width of 56 cm can mow twice as much area in the same time as a robotic mower with a 28 cm cutting width. Moreover, the wider the cutting width, the more blades are used. The control of the robotic lawnmower In the case of large areas and unclear parks, it is helpful to be able to locate the robotic lawnmower at all times, so that the device can be found quickly even in the event of a defect. Models with a GSM module that can be easily programmed via app or voice control are particularly convenient. A GPS module not only helps serve as a theft protection but also facilitates location on the grounds. Flexibility through multiple mowing zones Large areas do not necessarily consist of just one continuous lawn. Instead, paths and flower beds divide the greenery and create different zones; all of which, however, need to be mowed by the robotic lawnmower. If this is the case, it is advisable to use a robotic lawnmower where different mowing zones (main zones, secondary zones and if necessary, separate zones) can be programmed and remote starting points can be set. The robot can then move to these at regular intervals and only start its mowing process there. Through uneven terrain To help the robotic lawnmower move easily across the terrain and also master slopes in wet weather, we recommend equipment features such as traction wheels. These wheels have optimum grip and help prevent the robotic lawnmower from slippage. Furthermore, it is important to take into account the maximum gradient. Not every robotic mower is designed for large inclines and can either come to a standstill or slide down the slope if overwhelmed. A free-swinging mowing deck can also help to optimize cutting results. This hugs the ground and helps to provide uniform accurate cutting results . Further equipment features for robotic mowers for large areas Mostl robotic mowers have a variety of sensors and equipment features that help make mowing easy and not just on large areas: Tilt and slope sensors are designed to stop the blades automatically when the robotic mower is lifted. Rain sensors are designed to communicate to the robotic lawnmower when to visit the charging station in the event of precipitation. However, these may not be useful and helpful in all cases- not least because rain breaks can minimize area output. 360° sensors are, designed to detect and avoid obstacles early on and avoid them in good time to help prevent time-consuming turning maneuvers from happening. Mulch removers and self-cleaning wheels are designed to reduce cleaning effort and help deliver consistent performance, which may not always be the case with a heavily soiled unit. An edge-cutting function is designed to avoid the need for retouching. With a suitable design of the lawn edges, trimming the lawn edges by hand can be eliminated in the best case. Some robotic mowers are equipped with a turbo cutting function. This is ideal for the first cut in spring and also mows tall grass reliably. Other factors that are certainly not unimportant, but mainly depend on personal preferences, are the volume of the robotic mower and an anti-theft device. The maneuverability of the robotic mower, on the other hand, plays a lesser role on large areas than in a winding allotment garden. Alternative: 2 robotic mowers for large areas There are certainly robotic mowers that are designed for lawns of up to 30,000 m². However, the purchase of these highly professional devices can be expensive. An alternative for large lawns could therefore be the purchase of two robotic mowers that simply share the workload. To do this, limit the respective lawn area with the perimeter wire and outfit each with a charging station. Since the wires close to each other may interfere, change the frequency of an induction loop with the robotic mower. This way, both devices can work in parallel and mow an area that is too large for a single device. Conclusion A robotic lawnmower for large areas must meet different criteria than a device for a small winding garden. Here, the focus is less on maneuverability and a compact design but rather on efficiency in coping with large lawn areas. Above all, important measures, in addition to the area output, are the cutting width and a strong battery. For maximum ease of use, it does not hurt to keep other equipment features in mind.",
"description": "Robotic lawnmowers come in different sizes and designs. Some are suitable for small gardens, others for large parks. What distinguishes robotic mowers that are suitable for large areas?",
"uri": "/blog/detail/mowing-robots-for-large-areas",
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"published": "2023-05-12"
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{
"type": "news",
"title": "Changing the blades on a robotic lawnmower - this is how it's done.",
"content": "Sharp blades help provide a clean cut lawn. Robotic lawnmower blades cut neatly so that the grass recovers quickly to help avoid brown tips from forming. Nevertheless, with good care, blades wear out over time. Objects such as small stones, branches or nuts can cause small pieces to break out off the blades and impact functionality. Sooner or later, the blades will need to be replaced. Thankfully, this is usually not difficult and done in a few simple steps. How often do you have to change the blades on the robotic lawnmower? The service life of robotic lawnmower blades depends on several factors. The manufacturer's specifications usually provide guidelines. On the one hand, the frequency of use plays a decisive role. The more often the device is used, the faster the blades wear out. The type of lawn also has an influence on the service life of the blades. Foreign debris on the lawn canl quickly cause the cutting edge of the blades to dull. Therefore, we recommend clearing your lawn of obstacles before your robotic mower does its job. The materials of the blades differ depending on the manufacturer. Certain suppliers repeatedly offer blades for robotic lawnmowers that can be of poor quality and therefore wear out more quickly than average. Star blades are designed to be much more robust than disc blades (with their movable blades) and thus to require less frequent replacement- often only once per season compared to every 2-3 months. When the cutting pattern deteriorates significantly, it is time for a blade change. An increase in noise can also be an indication that the blades are blunt. This can cause the robotic lawnmower to require significantly more energy and the number of charging cycles may increase. However, regardless of these signs, it is recommended to visually inspect the blades approximately every two weeks. Tools for changing the blades on the robotic lawnmower The tools required to replace the blades on the robotic lawnmower differ depending on the manufacturer. Usually, only a screwdriver or a special tool from the manufacturer is required. Optimally, however, some models you can do completely without tools. This is often the case with star blades. Changing the disc blades on a robotic mower- step by step Important! Always follow the manufacturer's safety and replacement instructions! First, be sure that the mower is completely shut off. Only then turn the device over. Remove the screws from the blades, as well as the old blades, and replace them with new ones. Be sure to wear protective gloves as the blades are extremely sharp. Screw and tighten just enough to allow the blades to move freely. Use new screws for this and not the old ones. This is because the screws also wear out and can loosen. If not followed correctly, the blades could dislodge. Changing star blades Important! Always follow the manufacturer's safety and replacement instructions! In many cases, no tools at all are necessary to change star-shaped blades. Wearing protective gloves is recommended to prevent injuries. Here are three simple steps: Be sure that the mower is completely shut off. Only then turn the device over. Press the tabs in the middle of the blade together. This allows the blade to be released. Insert the new blade and make sure it clicks into place. Sharpening the blades on the robotic lawnmower In general, purchasing new blades is usually not very expensive. Star blades may cost a bit more than blades for models with blade discs. Since a grinding tool is generally not included in the purchase of the lawn mower and sharpening itself can involve a lot of time and effort, it is often not worth resharpening the blades. Advantages of changing the blades Helps to ensure that the cutting pattern remains accurate. The operating noise of the robotic mower should remain quiet. Helps the device to requires less energy, and reduce the number of charging cycles, thus preserving the battery. The health of the lawn is maximized. Changing the blades on the robotic mower is quick, easy With models that allow tool-free replacement, this can be done with little effort in just a few steps. Accordingly, you should also perform this regularly to help ensure the health of the lawn growth.",
"description": "Sharp blades are essential for achieving optimum cutting results with a robotic mower. Even with good care and maintenance, however, blades wear out over time. Changing the blades on the robotic mower is therefore highly recommended - here's how. \n",
"uri": "/blog/detail/changing-the-blades-on-a-robotic-lawnmower-this-is-how-its-done",
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"published": "2023-05-09"
},
{
"type": "news",
"title": "Robotic mowers for slopes - buying tips",
"content": "Sloping gardens are visually appealing and offer a variety of unusual design options. At the same time, the amount of work involved in some activities becomes considerably more difficult. Mowing a lawn with a slope is physically more challenging. For this reason, it's smart to just let the robotic mower do the work, which has been designed for slopes. ISSUES TO CONSIDER WHEN MOWING ON A SLOPE In contrast to a flat garden, a lawn mower cannot simply be pushed across the surface of a slope. In turn, the device requires considerably more power, especially if the blades have to work on uneven ground. This wear and tear can cause the blades to break. Sooner or later, the motor and service life of the device may suffer from high stress if the robotic mower is not designed for such use. CALCULATING THE SLOPE IN THE GARDEN In order to know how big the slope of a garden actually is, you should first calculate it before making your purchase. This works quite well with two yardsticks. Unfold one stick to a length of 1 and lay it on the slope. Hold the stick from the top of the slope and raise it until it is horizontal. Then measure the distance from the horizontal point of the stick to the flat ground using a second yardstick. If you measure 35 cm, for example, this corresponds to a slope of 35%. This value must then be converted into the slope angle. This is not done proportionally but is somewhat more complex. Relevant for lawn mowers and robots are the following conversions: 10% 15% 20% 25% 30% 35% 40% 45% 50% 55% 60% 100% 5,7° 8,5° 11,3° 14,0° 16,7° 19,3° 21,8° 24,2° 26,6° 28,8° 31,0° 45,0° Of course, you can be more precise with additional spirit levels, lasers and tape measures. Caution is required when laying the perimeter wire. The specified maximum slope may often amount to half of the cable (follow manufacturer's instructions). A ROBOTIC LAWNMOWER AS THE IDEAL SOLUTION FOR MOWING ON SLOPES Robotic mowers are actually the ideal solution for mowing on slopes. A gasoline mower, which can require a considerable amount of effort on a slope even with an automatic drive, is accompanied by the risk of accidents. However, A robotic mower does the work autonomously and reduce the risk of injury. The devices usually manage slopes of up to 35°-45°. There are manufacturer specifications that provide information about how a special drive is also suitable for the slope. Laying the perimeter wire or using models with sensors is done along the edge of the lawn as with any other device. Another distinctive feature of the devices is the wheel position. The drive wheels are usually larger, allowing for better power transmission and help increase grip on the ground. Some suppliers offer additional spikes or traction wheels whose tread can provide optimal grip even on wet grass. BUYING CRITERIA FOR ROBOTIC MOWERS FOR SLOPES In order for robotic mowers to perform well on slopes, the first thing that matters is the slope capability. Naturally, this should not be less than the slope of your own garden. Once this has been determined, other criteria play a role in ensuring that the robotic lawnmower can achieve excellent cutting results. Traction wheels help provide optimum grip For one thing, robotic mowers for slopes usually have not only three wheels, but also particularly good traction with a fourth. The size of the wheels also determines the tilt resistance of the device, so this is usually somewhat more pronounced with robotic mowers for slopes. A course tire can also provide the necessary grip in wet conditions and helps prevent the robotic lawnmower from slipping on slopes. If these are not included in the scope of delivery, special tires or spikes are often available as optional accessories that expand the functionality of the robotic lawnmower. The necessary power on slopes Mowing a slope requires more power. The motor requires more capacity and is accordingly often louder than a model that is only designed for level lawns. Therefore, when buying, pay attention to the specification of the volume in dB. If you have sensitive neighbors, a robotic mower with up to 60 dB is definitely recommended. However, the higher force requirement leads to a lower area output since the robotic lawnmower will have to return to its charging station more often. Those who buy a robotic lawnmower and have some slopes in their garden would do well to plan a buffer between the lawn area and the recommended area output. The battery power of the robotic lawnmower should also be as large as possible and have a strong charging capacity. Robotic mowers with all-wheel drive Analogous to vehicles, there are also robotic mowers with four-wheel drive, although most models are equipped with rear-wheel drive. These also cope well with large inclines. Unfortunately, they are not always suitable if the robotic lawnmower has to make a turn at a steep spot. In this case, a front-wheel drive model is more recommended and is characterized by greater maneuverability. Many robotic mowers require a run-out zone with a maximum slope of 15% to be able to turn without any difficulty. Inclination sensors Some robotic mowers are equipped with special sensors that measure the respective slope. If a slope becomes too steep, the device is designed tol turn before continuing up the slope. Conversely, the device should also have good braking capabilities to quickly reduce speed at the end of a downhill slope. That’s where software that reacts intelligently to slopes is helpful. The cost of the robotic mower Since robotic mowers for slopes require a more powerful motor on average, the price may also be slightly higher compared to models for flat surfaces. In return, you can be sure that the device is designed to cope with the slopes and cut the lawn here just as accurately and cleanly as on level ground. Further buying criteria for robotic mowers As with robotic mowers on level terrain, other criteria should play a role in the decision of your purchase. Different cutting levels help to e maximize flexibility on ornamental and sports lawns or growth phases and dry summer months. Some robotic mowers are particularly easy to control and program via an app. When equipped with a GSM module, this is even possible when you’re on vacation., ALTERNATIVE TO ROBOTIC MOWERS ON THE SLOPE Those who cannot or do not want to buy a robotic mower, still have some alternatives. A hand mower is lighter than powered lawn mowers, which sometimes makes the job easier. Power scythes are less suitable for ornamental lawns with low cutting heights, but are otherwise handier than a classic lawn mower. For gasoline mowers, the valves of the engine should be on top (OHV), so that they (and the pistons) can be lubricated from above to minimize leaking oil while operating on steep slopes. On slopes of more than about 10-15°, 2-stroke engines have an advantage over the 4-stroke engines. Lawn tractors are also an excellent solution for slopes up to 15-20°. These machines are designed to have enough power to mow even on slopes. Unlike a lawn mower, you must always be careful not to mow across the slope to avoid the risk of accidents. However, its operation generally remains limited to large and very large gardens. Reshaping the slope If regular mowing is too much of a hassle, you could also redesign your yard. Even without a lawn, attractive slopes can be created with stone walls, stairs and beds, making a lawn mower completely unecessary. This requires a little work at first but saves a lot of time later in the long run. A meadow is also ideal for slopes. Not only is it bee-friendly, but it also reduces the amount of mowing required. In contrast to lawns, meadows generally only need to be cut twice a year. Power scythes or bar mowers are more suitable. MOWING ON A SLOPE - WHAT TO CONSIDER Especially on slopes, current ground conditions play an important role for the traction of the robotic mower. Moisture often causes the wheels to spin more easily or the robotic lawnmower could slip. The steeper the slope, the more important it is to choose suitable weather to allow the lawnmower to work optimally. Leaves can also reduce the grip on the ground. It is, therefore, advisable to remove leaves from your lawn regularly, especially in autumn. Robotic mowers are an ideal solution for mowing slopes precisely and evenly In contrast to push models, much less force is required to operate them. Compared to cordless mowers, gasoline mowers and lawn tractors, robotic mowers are designed to easily cope with steep slopes of up to 45° without reducing their service life. However, when buying one, you should definitely make sure that the model fits the slope, as not all robotic mowers are equally suitable. Not every robotic lawnmower is equally rainproof. Thus, pay attention to the protection class of each device regardless of weather conditions when purchasing. Manufacturers specify the maximum area output based on the assumption that the robotic lawnmower will be in use between 12 and 24 hours a day (the calculation basis differs from manufacturer to manufacturer). If you want it to take breaks, it is advisable either to calculate the required area output for the desired operating times or plan a sufficient buffer. This is particularly important on slopes, as these can significantly reduce the area output. Other advantages of robotic mowers Robotic mowers are extremely practical on slopes. The clever garden helpers mow the lawn fully automatically and reduce the effort required for fertilizing by mulching. With freely selectable mowing times, the lawn is always manicured and well cared for. Meanwhile, the devices are designed to operate much more quietly than electric or gasoline-powered lawn mowers,. Your neighbors will also appreciate the low noise level. All that is required to get started, is the installation of a perimeter wire (unless the device has a grass sensor). While in operation, robotic lawnmowers are recognized by, useful control functions via app and low maintenance .",
"description": "Slopes and inclines pose a special challenge for robotic mowers. We have buying tips for a suitable robotic mower. \n",
"uri": "/blog/detail/robotic-mowers-for-slopes-buying-tips",
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"published": "2023-05-08"
},
{
"type": "news",
"title": "Laying the lawn boundary wire - how the robotic lawnmower works ",
"content": "After purchasing a robotic lawnmower, the first step (before the first start-up) is a one-time installation. After all, the robot needs to know which areas it should mow, where the property boundary is and which flower beds are not part of the lawn. Only with the help of this orientation can the device later find its way back to the charging station, which independently provides a supply of power. HOW A BOUNDARY WIRE WORKS The boundary wire is connected to the charging station, thereby it energizes the wire. This generates a very low magnetic field sufficient to send a signal to the robot. It can even handle a cable buried up to about 7 cm deep under the ground. The signal also acts like a stop sign and helps prevent the robot from driving over the cable, mowing unwanted areas or accidentally landing in a garden pond. Due to the magnetic field, the cable must not be crossed under any circumstances, as this would cause interference and prevent the device from operating smoothly. WHEN IS A BOUNDARY WIRE NECESSARY? Basically, for any robotic lawnmower that does not work with grass sensors, it is necessary to lay the boundary wire once. The minimum is to outline the outer edge of the area to be mowed. Within this area each bed, garden pond or even gravel area must be separated with the cable unless there is a natural barrier (e.g. a wall) that the robotic lawnmower cannot traverse. Paved paths whose upper edge coincides with the ground surface of the lawn, on the other hand, generally do not pose a problem. The robotic lawnmower can simply drive over them. PREPARATION AND PLANNING FOR LAYING THE BOUNDARY WIRE Before laying the wire, it is always a good idea to make a sketch. This will quickly reveal any special obstacles such as slopes, narrow passages or potential cable crossings that need to be planned for or prevented. It is important to note the outer borderline and to take into account that the cable must be laid in one piece, i.e. obstacles should be outlined in a single stretch. This can be quite a challenge especially when it comes to incorporating islands and flower beds from the outer edge to the center of lawn. With some robots, it is also possible to define remote start points in different mowing zones so that the robot regularly approaches these areas. This is particularly significant if the passage to this zone is quite narrow and is not automatically controlled by the robot. In principle, it should be wider than 70 cm. Otherwise, signal interference of the two boundary wires may occur. Another question that arises during planning is, of course, the required amount of cable. Ready rolls of 100 m, 200 m and even up to about 650 m are available. In the event that this is not enough, two cable ends can simply be clamped together by means of connectors. However, manufacturers specify a maximum total length that should not be exceeded, as smooth transmission is no longer guaranteed if the cable is too long. If there are other robotic mowers in the neighborhood, there is a risk that the signals could cross. If that happens, it may be necessary to modify the frequency of the transmitter and receiver to ensure smooth operation of your own device. Laying the boundary wire is easier when the lawn is as short as possible. Therefore, mow it thoroughly beforehand and also trim the edges carefully. This will also help make it easy to measure the correct distance to the lawn edge. LAYING THE BOUNDARY WIRE Care must be taken when laying the boundary wire. After all, it serves as a basis for the robot to make its rounds reliably and help avoid damage or harm to itself. This work is not particularly complicated if you keep a few important points in mind. Limiting obstacles Obstacles in the middle of an area must also be demarcated with the boundary wire. To do this, run the wire from the lawn edge across the area/lawn to the obstacle (e.g. a bed, pond or sitting corners) and completely encircle it once. Then run the wire back to the edge parallel to the outward lead. This parallel guidance helps cancel out the signals and allow the robot to simply bypass this distance in contrast to the wire, which is now laid around the obstacle. It is critical that the wire does not cross at any point to help avoid signal interference. Incidentally, it is by no means necessary to define every flowerpot as an obstacle. After all, the robot is also equipped with sensors designed to detect obstacles independently and avoid them automatically. It will initiate a turning maneuver in the event of a collision. So, if your flowerbeds have a border several centimeters high, there is no need to lay an additional perimeter wire. Maintain spacing Manufacturers define specific distances that must be maintained from walls, stones and beds in order to help avoid damaging the blades. Often, a ruler is included for easy measurement. Naturally, small strips involve manual retouching with lawn shears or a lawn trimmer, which can, at most, be reduced with a robotic lawnmower equipped with an edging function. In the best case scenario, this can be avoided if the lawn boundary is passable for the robotic lawnmower. Otherwise, the following guide values apply (always refer to the installation instructions of your specific robot model to determine the required distances): Distance to walls and tall stones approx. 35 cm Distance to beds or hedges approx. 10 cm Distance to slabs and paths also approx. 10 cm, provided that the surface is at ground level or lower than the lawn surface Distance to a pond approx. 35 cm, with additional obstacles to prevent the robot from falling in. Special rules apply to narrow passages so that the robot can find its way both into and out of secondary areas. On inclines, the cable should always be laid diagonally. In corners, be sure to lay the cable in a curve to avoid having your robot make complicated maneuvers. The optimum laying depth A laying depth of 4-5 cm is optimal to protect the perimeter wire from bad weather and to help prevent it from being damaged by a scarifier or other garden equipment. It is important to maintain a uniform depth to help achieve a nice, clean edge cut. In principle, the robotic lawnmower receives the signal from the boundary wire at a laying depth of up to 7 cm. This allows you to bury the wire under stones or patio slabs and to mark passages even under paths. Extend boundary wire If the boundary wire is not sufficient, it is possible to extend it with connectors. It is best to use the original parts from the manufacturer, as they are generally weather resistant and help protect the ends of the cable from corrosion. Make sure that both cable ends are fully inserted into the connector (i.e. visible on the other side). Finally, press the button on the top of the connector to securely attach the cables together. LAYING THE WIRE ABOVE GROUND OR UNDERGROUND When laying the boundary wire, you have the option between above-ground and underground laying. Both options have their advantages and disadvantages. Laying the boundary wire above ground Laying above ground is, of course, easier and requires less work since the cable only needs to be fastened at regular intervals with lawn hooks. Grass grows quickly around the wire and hooks, which helps avoid a threat to the robotic lawnmower. Nonetheless, an above-ground wire can lead to problems if you scarify your lawn or use a lawn trimmer around the edges. Both can cut the wire relatively easily. There is also a higher risk of wear and tear on the surface, as the cable is exposed to wind and other conditions. One advantage is that defects can be easily and quickly be detected and repaired with cable connectors. Another advantage is flexibility in terms of garden design. If you plan to replant beds or include new obstacles, the perimeter wire can be adapted to the new conditions relatively easily. In any case, it is important to pull the wire nice and tight, so that it does not stick out anywhere and become damaged. Laying the perimeter wire underground Underground laying is a bit more complex. In any case, it is usually enough to use a small spade to make a furrow along the lawn into which the wire is then placed. Another tool that can be used is a discarded angle grinder or chainsaw. It is best to draw a tight, straight string for the creation of your furrow. Keep in mind that an above-ground test run is definitely a good first step. Leave the cable above ground for 2-3 weeks on test mode and only bury it when the robotic lawnmower works as desired. If there is a need for readjustments, they can be easily made. An advantage of laying the wire underground is protection from the weather, which can significantly increase the durability of the cable. The same applies to accidental damage to the wire by a scarifier, other garden equipment or human fault. However, if damage is done (e.g. animals have gnawed on the wire), troubleshooting and repair will be much more difficult than with a wire laid above ground. Moreover, the wire will be invisible from the start and aesthetically pleasing. Installing lawn boundary wire with a laying machine Alternatively, the use of a special cable laying machine is also possible, which further helps to simplify the work. The boundary wire is laid evenly 4-5 cm deep into the ground. The device has a spacer to keep the edge of the lawn and draws a slot into which the cable is placed directly. Overhead vs. underground boundary wire As you can see both installation options have their advantages and disadvantages. Therefore, it is impossible to make a blanket statement as to which option is more suitable for your garden; it is ultimately a matter of personal preference. Above-ground laying Advantages less effort easy to correct when redesigning the lawn repairs are less complicated Disadvantages damage by scarifier, trimmers and human error is possible grass must grow in around wire and hooks wear and tear due to weather influences Underground laying Advantages greater protection from scarifiers, trimmers and human error directly invisible less influence from weather Disadvantages time-consuming installation inflexible when redesigning the garden repairs are more complicated Laying lawn boundary wire under sod It seems tempting to lay a boundary wire directly under the turf. However, this can lead to a lot of extra work later on, as it is difficult to make corrections afterwards if, for example, the distances to the lawn edge are not correct. Moreover, we recommend a test phase of 2-3 weeks above ground. Then, when it is clear that the robotic lawnmower is working smoothly, it is still possible to place the boundary wire under the sod, as it needs about 2-3 weeks to grow on the subsoil. Conclusion Laying the boundary wire definitely involves some effort, but it is worth it. It is important to lay the cable carefully (i.e. take your time so that the operation of the robotic afterwards also works smoothly afterwards). Alternatively, those who would like to shy away from the extra effort here can hire a professional. A professional installation service usually takes care of the installation of the device at the same time, so that the robotic mower can start",
"description": "Your robotic lawnmower will use a boundary wire to navigate its way around the lawn. In order for the device to work, the lawn boundary wire must be laid before the first start-up.",
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"published": "2023-05-05"
},
{
"type": "news",
"title": "Which lawn edging is suitable for robotic mowers?",
"content": "With an autonomous robotic mower, the effort that goes into lawn care is significantly reduced when compared to a non-autonomous mower. Often, however, the edges of the lawn may still be left tall, as the robot simply cannot reach the outermost edge due to its design. Thereby, manually trimming is usually the only solution. Unless, of course, the lawn border is specially designed for a robotic mower. A robotic lawnmower is normally purchased because people want more freedom to enjoy the beauty of their garden. That’s when the robot lawnmower steps up. It gives an excellent, level cut, while providing essential nutrients to maintain a healthy lawn. Unfortunately, sometimes pesky edges are impossible to reach if the layout of the lawn is not specifically designed for your little helper. Thankfully, there are special lawn borders that are well suited for robotic mowers. CONSTRUCTION OF THE ROBOTIC MOWER The blades of the robotic lawnmower are usually located centrally under the device or on the sides with models that come equipped with an edge trimming function. For safety reasons, the blades of both models do not reach the outer edge of the housing, but have a distance of between 6 cm (the edge-cutting function model) and 20 cm. This means the blades do not reach the lawn’s edge even if the device runs with the housing directly along a wall or standing barrier. The situation is different for lawn edges that are at ground level and can be driven over by the robotic lawnmower (e.g. paths whose upper edge ends at the level of the turf or with special lawn borders with beds). WHY DO YOU NEED A LAWN BORDER? Lawn borders make perfect sense. Without barriers, lawns tend to spread , growing into beds or spreading further and further in the joints of paths. A lawn border can at least contain the growth. SUITABLE LAWN BORDERS FOR ROBOTIC MOWERS A lawn border that is specially adapted to the operating behavior of your robotic mower canl save you a lot of work and maintenance on lawn edges. The trick is to create a level border that is just wide enough for the robotic lawnmower to drive over and span the outermost edges with its blades. This is particularly easy when the garden is just being planned, but it can also be done at a later time. We recommend the following: first measure the distance between the perimeter wire and the lawn clippings to determine the distance from walls or fences you need to be. How wide the lawn boundary ultimately has to be for the robotic lawnmower to completely cover the edge depends primarily on the distance between the outer edge of the blades and the housing. This can be easily determined by the following calculation: (width of the body minus the diameter of the blade or blade disc x (times) 2). METAL AND PLASTIC LAWN EDGES We do not recommend lawn edges made of metal since they are not suitable for robotic lawnmowers. Although these are particularly discreet and have a noble effect, especially on curved lawn edges, they can severely interfere with the robot's signal and have a negative effect on its driving behavior. On the other hand, lawn edges made of plastic or rubber are not usually level, so the robot cannot simply drive over them. This may require retouching with the lawn trimmer. If you are set on using plastic for your lawn edges, be sure the edges are at ground level and place the perimeter wire so that the robot mows up to the outer lawn edge (i.e. over the edging). Beds should be the same height as the surface of the lawn but not planted to the outer edge. CONCRETE OR NATURAL STONE LAWN EDGING STONES The most suitable lawn edging stones are those with a smooth surface. Concrete stones or the so-called dovetails work well. Granite stones tend to be popular as well. Rough hewn stones tend to give the robot a bumpy ride, which either leads to it bouncing over an edge or an uneven cut. However, stability during operation can be assisted by fitting the mower with coarse, off-road wheels. This will also lead to a smooth drive. To help prevent weeds from sprouting up, it is advisable to lay lawn edging stones in two rows with staggered joints. Whether laid in one or two rows, a bit of work is necessary, though. To ensure that the stones end up lying flat with the ground, you should first dig a trench and fill it in with a layer of sand to help embed the stones. Laying stone or concrete lawn edging Laying stones is quite time-consuming, as a small trench must first be dug to help the stones lie level in the end. Before laying the stones, it is recommended to put a layer of sand in the trench. In principle, it is also possible to lay the boundary wire in the trench. Follow the maximum depth recommended by the manufacturer. Be that as it may, if there is a defect or cable break, the repair is comparatively costly. WOODEN LAWN EDGING Wooden lawn edgings looks more natural than lawn stones or concrete. Unfortunately, wood is somewhat less weather-resistant but can be laid much faster. Basically, it is sufficient to lay planks parallel to the lawn edges and straighten them accordingly so they do not sink or slip on the ground. Keep in mind that wood tends to warp creating uneven surfaces, so retouching is inevitable. ENGLISH LAWN EDGING English lawn edges are particularly elegant. They are characterized by their naturalness, as the lawn edge is cut at regular intervals. However, this is usually accompanied by a small slope between the lawn edge and a bed. If the perimeter wire is too close to this difference in height, the robotic lawnmower runs the risk of getting stuck on the incline or trimming the lawn edge unevenly. Accordingly, this type of lawn edging is not optimal for use with robotic mowers. PLUG-IN SYSTEMS MADE OF SPECIAL METALS It is particularly easy to install plug-in systems made of metal sheets, which the robotic lawnmower can easily traverse. Moreover, the copper provides effective protection against snails. Depending on the product, a rust patina is formed over time creating a great effect in your garden. When choosing a suitable metal, make sure that it does not limit the functionality of the robotic lawnmower by interfering with signals. NATURAL LAWN BORDERS When forming borders for your lawn, you do not need to use plastic, stone slabs, or wooden slats by any means. It is also possible to use wood chips or small lava stones. Both materials can be backfilled in a small trench similar to lawn edging stones. Nonetheless, both materials affect the soil: wood chips remove nitrogen from the soil and lava stones increases soil acidity. Therefore, we recommend taking countermeasures. LAYING THE BOUNDARY WIRE AT THE LAWN BORDER The robotic lawnmower usually extends slightly beyond the perimeter wire so it’s important not to lay the wire exactly to the outer edge of the lawn but always with a small distance to the inside. This varies depending on whether the robotic lawnmower has an edge cutting function and whether the lawn is bordered by a wall, pond or bed. For example, if a bed is planted to the very edge, the distance should be slightly greater than for beds that have a natural finish with mulch. THE CORRECT WIDTH OF LAWN EDGING STONES The correct width of the lawn edging stones depends on what lies behind them. Is it the wall of the house, a pond, or a flower bed? If the stones are set at ground level with some space between a barrier, its width may be less than with stones directly against a wall. Here it is important to prevent the robotic lawnmower from dragging along the wall of the house. Often 10 cm is sufficient, while stones that butt up against a wall should have a width of 20 cm or more. Robotic mowers with three wheels have a higher risk of getting stuck, especially if the front wheel goes beyond a lawn boundary. With such models, the boundary should be selected so that the front wheel always remains on a paved surface. ADDITIONAL BOUNDARY STONES As a rule, the robotic lawnmower should not drive over the boundary wire. Despite that, there are situations in which the device will not stop in time. If the embankment is followed by a garden pond, there is the risk of the robotic lawnmower landing in it. At such potentially dangerous areas, lawn borders that protrude a few centimeters above the ground are suitable to help stop the robotic lawnmower's movement. THE ALTERNATIVE: ROBOTIC MOWERS WITH EDGE-CUTTING FUNCTION Blades on most robotic mowers are mounted centrally under the device. That means the robot blade cannot reach the outer strip between the device and the edge of the lawn. On the other hand, blades on robots with an edge cutting function are mounted laterally allowing for the blades to protrude beyond the wheelbase. This strip is significantly smaller but does exist. The lawn edges along fences and walls is thus minimal, leaving trimming hardly worth it. If you still want a clean finish, simply place an additional row of lawn edging stones along the lawn edge. The robotic lawnmower will be able to drive over one side while mowing the last bit. FURTHER TIPS FOR ROBOT-FRIENDLY LAWN EDGES The angles of lawn edges should not be smaller than 90°. This either leads to time-consuming turning maneuvers or the robotic lawnmower will not be able to reach the corner. Therefore, rounded edges are much more suitable. Do not plan lawn edges where the perimeter wire is well under a meter apart. Such narrow passages often lead to confusion during navigation. LAWN BOUNDARIES FOR ROBOTIC MOWERS WITH GRASS SENSORS Unlike robotic lawnmowers with boundary wires, robotic lawnmowers with grass sensors navigate on the basis of surface structures and mow all areas that look like lawns. Accordingly, a lawn border that is visually distinct from the lawn is important. In most cases, a natural barrier is advantageous, which mechanically prevents the robotic lawnmower from moving on and does not rely on a sensor. Otherwise, the robotic lawnmower would threaten to trim the ground cover in the bed, for example. Consequently, robotic mowers with grass sensors often leave lawn edges that require manual retouching with the trimmer. ALTERNATIVE: TRIMMING LAWN EDGES Even with a well-thought-out garden design, a robotic lawnmower may not reach certain corners and edges. In this case, only manual retouching with a lawn trimmer or shears can do the trick. Which garden tool is best suited here depends on the size of the garden and the length of the lawn edges. Mechanical shears are well suited for small areas, while when trimming several lawn edges, battery-powered devices are a good choice. If you do not want to have to use a lawn mower or a trimmer to achieve a perfect lawn, we recommend a garden design in which the lawn edges are robotic lawnmower friendly. Ground-level lawn borders made of stone or concrete, which the robotic lawnmower can simply drive over, have proved particularly effective in this respect. Alternatively, wooden planks do not fail to have an effect, but they look more rustic and are less weather-resistant at the same time. This may involve a bit of work at first but should save you a lot of time in future.",
"description": "In order to minimize the amount of work required on lawn edges, it is advisable to design bed edgings and the like directly so that they are compatible with the way your robotic lawnmower works.",
"uri": "/blog/detail/which-lawn-edging-is-suitable-for-robotic-mowers",
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"published": "2023-05-03"
},
{
"type": "news",
"title": "Boundary wire vs. Grass sensors for robotic mowers",
"content": "Most robotic mowers work with a perimeter wire that serves as a boundary for a specific area to be mowed. After your purchase of a robotic mower, you will have to install a perimeter wire before the robot can make its rounds. Those who would like to do away with this process have the option of purchasing a robotic mower without a perimeter wire. These models work with sensors that detect the lawn and are therefore ready for use immediately after purchase. Nonetheless, even these models are not equally suitable everywhere and have their advantages and disadvantages. Therefore, which is better? Robotic lawnmowers with or without perimeter wire? Here is a comparison of both systems. How does a robot without a perimeter wire work? A robot without a perimeter wire uses a grass sensor to orient itself around the lawn. It recognizes which area consists of grass and mows it. This means, for example, that the neighbor's lawn must be marked off by physical barriers, as the robot logically does not recognize any difference. Moreover, a robotic lawnmower does not always clearly recognize flower beds either. If you want to avoid the robotic lawnmower accidentally cutting small perennials or ground cover plants, you should also rely on a flower bed border. Disadvantages of grass sensors Despite the absence of a cable, it is advisable to designate flower beds or other no-go areas with the help of stones or other obstacles that cannot be driven over. Although robots work quite well with sensors, mistakes are certainly possible. It can be disappointing if it ends with ground cover plants in the flower bed being mowed. So, in terms of garden design, there are definitely some restrictions for the robot to work properly without sensors. This means that all lawns must clearly be recognizable as such or that barriers mechanically assist the device to change direction. Unfortunately, frequent turning comes at the expense of speed, as turning maneuvers are time-consuming. The risk of the robotic lawnmower overstepping the lawn boundary is particularly high when there are leaves on the ground. The device often perceives the leaves as lawn. Thus, if leaves cover flower beds, there is a real risk that the robotic lawnmower will also drive over them. The lack of orientation for your garden helper is also a problem when it comes to charging. The robot cannot find its way back to its station due to the lack of a perimeter wire or guide wire and has to be brought back manually to recharge each time. In large gardens, this can lead to having to search for the device first if the battery runs out while in operation. Advantages of grass sensors But there are, of course, advantages. The fact that there is no time spent laying wire proves to be particularly practical. The robot is ready for use immediately after purchase, without the need to define the area or set a timer beforehand. In gardens with many obstacles, this can especially be an advantage since the time-consuming demarcation of beds and the like is eliminated. Rearranging the outlay of the garden also proves easy as there are no underground or overhead wires to watch out for. During annual dethatching, there is no wire to get in the way and even an ill-advised spade stroke cannot lead to a loss of function of the robot. Since the robot isn’t able drive to the charging station on its own, it also doesn't matter where the nearest power outlet is. This means that the device can be used in an allotment garden, for example. BARRIERS FOR ROBOTIC LAWNMOWERS WITH GRASS SENSORS For robotic mowers with grass sensors, a clear demarcation of beds and other areas that should not be driven over is crucial. There is also the risk of slipping on slopes, so barriers are suitable (e.g. to help prevent the robotic lawnmower from landing in the pond). Pebbles are less suitable, as they can quickly damage the mower and the blades. The following materials are better suited: Barriers made of wooden boards and stakes. Pool noodles or aqua rings Lawn edging stones, which protrude approximately 10 cm above the ground OPERATION OF THE PERIMETER WIRE ON ROBOTIC LAWNMOWERS In most robotic lawnmowers, the induction loop of the perimeter wire indicates the boundaries to the robot. With the help of a magnetic field, the robot thus detects when it crosses the boundary and automatically changes direction. The wire is laid from the charging station along the outer edge of the lawn and also includes any obstacles such as flower beds. The wire then comes back and connects to the charging station. There are a few things to keep in mind to help ensure that the signal is transmitted through the wire without interference. Laying perimeter wire In principle, the laying of a perimeter wire is done quickly and also works smoothly if you consider a few points. For example, there are certain distances that should be kept to edges, walls and other barriers so that the blades won‘t get damaged. These are usually specified by the manufacturer. If you choose a model with an edge-cutting function, the trimmer will not have to do much work on the edges of the lawn. Furthermore, if the edges and borders are designed accordingly, there may not be a need to do any work at all. With level obstacles such as paths, the robot can simply drive over them without having to mark them separately. Paved paths that are flush with the top edge of the lawn, therefore, do not need to be cut out separately and can serve as passages between two lawn areas. The wire must not cross at any point but must make a complete loop around the lawn area. This is especially important if you are laying the wire from the outside edge across an area to border a flower bed, for example. When returning to the outer edge, the wire must run parallel without crossing over. The distance should not be more than 10 cm so that the robot does not perceive the wire as a boundary but merely drives over the corresponding area. Laying is possible up to 20 cm, but it can also be done above ground. This is convenient if you want to lay the wire under patio slabs and the like. Although laying the wire underground is a bit more time-consuming and any troubleshooting is more difficult, the wire is better protected against damage. When laying the wire above ground, it is important to lay it flat to help avoid the robot from cutting it. For this purpose, make sure that the wire is taut and fasten it with lawn nails at regular distances. If the lawn is to be scarified in the future, it is recommended to lay the wire underground. This helps avoid damage to the wire from the blades of the robotic lawnmower. Disadvantages of perimeter wire Compared to devices with grass sensors, robotic mowers with perimeter wire have many advantages. But there are also (supposed) disadvantages. First of all, there could be a considerable amount of time spent planning and laying the wire. In case of a defect, it may be difficult to find the point of breakage, especially if the wire has been laid underground. Moreover, special tools may be needed to repair the area. There are also disadvantages in terms of flexibility with a boundary wire. If you plan on redesigning your garden, it may be necessary to completely reinstall the wire. This will be laborious especially if the cable is underground. This additional work is relative, however, since bed edgings and other barriers must be redesigned even for devices with sensors. Advantages of perimeter wire After the robot finds its way back to its charging station thanks to the wire, it can recharge itself quite autonomously when the battery is empty. This saves you the hassle of searching for the device and returning it by hand. In addition, the robotic lawnmower will continue its work even if you go on vacation or are gone for periods of time. Thanks to innovative control options via app, programming the device is also possible remotely. In terms of the layout of the wire, there are restrictions because there are no obstacles necessary to protect the flower beds. A lawn that has separate zones and can be reached via a paved path is also suitable for the lawn robot with a boundary wire. FEATURES OF ROBOTIC MOWERS WITH AND WITHOUT BOUNDARY WIRE Basically, both modes of operation perform their work in the same way. The devices are designed to provide a regular and even cut of the green area. Likewise, both devices may be equipped with other sensors such as tilt and lift sensors, which are designed to stop the blades if you lift the robot or it gets into a difficult incline position. Shock sensors, in turn, are designed to redirect the machine if the garden helper encounters an obstacle. Alternatively, practical 360° sensors help provide efficiency, as they detect obstacles at an early stage and take wide-ranging evasive actions. The area output, maximum gradient angle or even the volume differ depending on the manufacturer and model. Other aspects that will surely play a role in your purchase decision include price, control options, battery power, multi-zone function, cutting width and/or the equipment with a GPS module. There are also specific differences between robotic mowers with a grass sensor and with a boundary wire. BOUNDARY WIRE VS. GRASS SENSORS IN COMPARISON Perimeter wire: installation takes some effort possible new installation necessary in case of new garden redesign autonomously locates charging station caution is required when scarifying or digging suitable for separate zones that can be reached via paths troubleshooting may be time-consuming helps to avoid bed edging wall socket necessary for the charging station Grass sensor: faster installation boundaries around beds necessary manual return robot to its charging station minimal effort in redesigning the garden easy digging and scarifying, as there is no wire to be damaged no wire breakage no settings such as a timer function or defining passages necessary may be more suitable for large slopes well suited for simple gardens without major obstacles or with numerous, well-separated obstacles separate zones cannot be reached no wall socket in the immediate vicinity necessary foliage can be problematic ALTERNATIVE GPS FUNCTION In the meantime, there are first models that orient themselves with the help of GPS. This function usually supports the induction loop with a perimeter wire and is mainly used to optimize mowing times. Moreover, some come with additional theft protection. A few models actually navigate using GPS. However, the accuracy depends highly depends on the device and the location. If this principle works, however, the robotic lawnmower is able to optimize the routing over time and thus gain efficiency in the medium term. CONCLUSION What sounds tempting is not always as simple as it seems in practice. Lawn robots without boundary wires operate in an efficient manner when the lawn area is very clearly different from all other garden areas. Here, too, some planning is necessary. In addition, robots with sensors can be expensive. Thus, the purchase of a device with a cable may be more practical, especially since mowing can be done autonomously. Moreover, you should only have to lay the boundary wire once. Overall, robotic lawnmowers with a boundary wire are versatile according to the current state of the art and are also simply practical in everyday use.",
"description": "The vast majority of robotic mowers operate by means of a perimeter wire that defines a zone. An alternative are devices with a grass sensors that work without it. Both have their advantages and disadvantages.",
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"published": "2023-05-02"
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{
"type": "news",
"title": "Robotic mowers with rain sensors",
"content": "Rain sensors detect precipitation and tell the robotic lawnmower to interrupt its mowing process and head back to its charging station. The device then remains there until the rain subsides before resuming its work. If it is raining when the robotic lawnmower is supposed to start its work, it will simply stay at the charging station until the rain subsides. That sounds extremely practical at first. THE RAIN SENSOR PRIMARILY HELPS PROTECT THE LAWN One might assume that the purpose of a rain sensor is to protect the robotic lawnmower from rain. However, this is largely a fallacy, because the housing of a robotic lawnmower is usually quite designed to withstand any harm. Modern devices are so firm to the ground that even when passing over puddles, they generally cannot be damaged. Rain sensors on robotic lawnmowers primarily serve to protect your lawn. Older robotic mowers with outdated technology can weigh 30 kilograms or more. This may place a considerable strain on the lawn, which is particularly noticeable in wet conditions. If the ground softens, the risk of ruts ruining the lawn is high. Moreover, another problem some models may have trouble with is mowing wet grass evenly. If they continue their work in the rain, an uneven cut pattern may be seen afterwards. This can result in unsightly damage to the turf, especially on slopes. This is particularly the case if the wheels do not have sufficient grip and slip around on the ground. Turning maneuvers can also unnecessarily stress the turf when the tires spin. Overall, manufacturers suggest that a lawn only be mowed under optimal conditions. That is why robotic lawnmower with rain sensors can achieve outstanding cutting results. MODERN ROBOTIC MOWERS DO NOT NEED A RAIN SENSOR Obviously, the weight of current robotic mowers also increases with their size. However, the Li-ion batteries installed nowadays are generally lighter than older batteries, which is why the motor for the drive can also be smaller. Overall, the weight is usually reduced to mostly less than 15 kilograms. This helps reduce the aforementioned problems, which occur due to the mass of the device. An advantage of a robotic lawnmower without a rain sensor is the lower area output that the model must perform in an allotted time. Finally, you do not need to consider forced breaks due to bad weather, because the device simply continues to mow in most weather conditions. ROBOTIC MOWERS SHOULD EVEN MOW IN THE RAIN Rain is something we all deal with, even for several days at a stretch. If equipped with a rain sensor, the robotic mower would stay at its charging station for days on end. However, this contradicts the basic mode of operation of the device. A robotic lawnmower is intended to mow the lawn several times a week so that a very short cut is maintained. The clippings are deposited on the lawn, where they decompose and become a natural fertilizer for the soil. If this process does not occur for several days due to bad weather, the grass will grow back excessively, especially if it rains. The next time the lawn is cut, grass clippings will be much longer and may not decompose quickly enough, causing the lawn to become matted. This can also become an aesthetic problem if the robotic lawnmower interrupts its work and only cuts half the lawn. Moreover, the lawn could suffer from a lack of aeration: the one-third rule applies to lawn plants, as over pruning can weaken them and make them more susceptible to disease. This can also have a negative effect on the appearance of the cut. If the lawn has grown too long and exceeds the maximum cutting height of the robot, the only solution is to use a conventional lawn mower. REASONS AGAINST USING THE ROBOTIC LAWNMOWER IN THE RAIN Indeed, a brief downpour can be a reason to interrupt the work of the robotic lawnmower for a short time. Thanks to modern control options via app, this can be done quite comfortably even from your sofa. This is particularly useful if there are a lot of passages in the garden that require frequent turning maneuvers. This could result in the lawn being chewed up by the constant load of the wheels. Noise levels may also increase with some models, so mowing in the rain may also contribute to this. Robotic mowers that do not have special all-terrain wheels could have slippage problems on larger slopes or leaves. However, less problems should arise with chunky off-road wheels. Finally, it depends on one's own convenience whether the robotic lawnmower should operate in the rain or not. Wet grass tends to stick more to the wheels and mowing deck, so the cleaning effort will increase. If you don't mind this or go straight for a model with an automatic mulch remover or self-cleaning tires, you can confidently send your robot to work in the rain. If these practical features are not available, cleaning directly after use is recommended to avoid grass residues from sticking. To prevent manually intervening with mowing times, a robotic lawnmower with a rain sensor is a good idea. Furthermore, the sensitivity can be adjusted. This makes it possible to program the device to continue its work in light rain but interrupt its work in a downpour. PROTECTING THE LAWN WHEN MOWING IN WET CONDITIONS An effective protection for the soil against mowing in the rain is offered by so-called lawn protection grids. They can protect the soil from washout and damage. There are products that can be applied to the existing lawn as well as those that require replanting the lawn. However, the latter is more useful for heavy equipment. The first variant is usually sufficient for robotic mowers. If necessary, they are helpful on slopes or winding places, which are particularly frequently traveled by the robotic lawnmower. The optimal equipment of the robotic mower for rain in wet conditions To help make sure that robotic mowers do not cause damage to the lawn when mowing in the rain, some equipment features are recommended: Traction wheels that have a good grip on wet ground and will help avoid slipping A mulch remover that automatically cleans the mowing deck Self-cleaning wheels, with small brushes that directly remove grass clippings If necessary, a higher area output, since mowing wet lawns requires somewhat more power Can rain sensors be retrofitted to robotic mowers? In principle, it is possible to retrofit a robotic lawnmower with a rain sensor. However, these are usually rather cumbersome and not very practical. If you are not sure whether there will be problems in your own garden when the robot mows in the rain, you should go straight for a robotic mower with a rain sensor. In most cases, however, this is not necessary. CONCLUSION What used to make perfect sense is increasingly losing its validity. As a general rule, many modern robotic mowers no longer require rain sensors. If the devices are equipped with other features such as off-road wheels and a mulch remover, the robot can continue to operate even in the rain. At least, as long as no standing puddles form on the lawn, because when \"under water,\" even some premium models on the market cannot mow. If you don't want to do without a robotic mower with a rain sensor, it's best to choose a device whose sensitivity can be adjusted for maximum flexibility.",
"description": "Some robotic mowers are equipped with rain sensors designed to automatically return the mower to the charging station in case of precipitation. But how useful are robotic mowers with rain sensors and what added value do they actually bring?",
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"published": "2023-04-26"
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{
"type": "news",
"title": "Which robotic lawnmower garage is the right one?",
"content": "At least in the summer months, a robotic lawnmower is continuously exposed to wind and other elements. These variables can affect the device in the long term and may shorten the life of the battery. To help protect your robotic lawnmower, a shelter in the form of a robotic lawnmower garage is recommended. However, not every model is suitable for the robotic lawnmower. So which one is right? Construction of a robotic lawnmower garage Most robotic mower garages consist of a roof and two or three walls that shelter the robot. The opening of the garage usually faces the lawn, so that the device can easily drive in and exit. There are products with a gate that can be locked behind the robot. Function of a robotic lawnmower garage The robotic lawnmower garage acts as a protector for the device while at its charging station. When the robotic lawnmower is not making its rounds on the lawn, the device pauses at the charging station. The garage‘s roof shields the lawnmower from sun and rain. At the same time, of course, the robotic lawnmower garage also serves to cover the charging station itself. What types of robotic lawnmower garages are there? Robotic mower garages come in a wide variety of designs. Firstly, there are models offered by the manufacturers, which are optimally adapted to a certain type of robotic lawnmower. The design fits particularly snugly around the device and helps to protect it on 2-3 sides from the elements. If you are handy and like to use a little craftsmanship, you could, of course, build your own. And lastly, there are universal solutions from independent suppliers, which are often less expensive than the manufacturer's own robotic lawnmower garages but may not achieve an optimal fit. Materials of robotic mowers The majority of robotic mower garages for specific models are made of a weather-resistant plastic. In addition to the widely used black-colored garage, there are also discreet solutions with transparent roofs. Moreover, wooden models can also be found time and again in various garden and building supply stores. The common saddle roof shape provides a nicer optic than the shelter made of black plastic. Furthermore, waterproofing wood is beneficial and offers the possibility to adapt the shelter to a desired color which matches your garden design. A third variant is metal. There is a risk that the garage could heat up when exposed to sunlight, resulting in high temperatures inside the garage that could harm your robotic lawnmower. Of course, it depends on a material that is rustproof. On the other hand, robotic mower garages made of wire frames can be filled in with stones or even planted, so that they blend in well with the design of the garden and harmonize perfectly with the overall appearance. Additional theft protection for robotic lawnmower garages Products with a gate that opens and closes automatically or that can be controlled via an app can be more complex than classic robotic lawnmower garages. These models require extra technology and are therefore generally more expensive to purchase. In return, they offer an extra measure of theft protection in the shelter. The design of the robotic lawnmower garage A look at the range of different robot garages reveals the diversity of products on the market. In addition to models made of plastic that blend inconspicuously into the overall appearance of the garden, there are shelters with glass or transparent polycarbonate roofs or even extravagant designs for planting. Robotic mower garages in the design of a doghouse or a car garage are also available. Products made of wood are particularly easy to paint in your own favorite color. What all products should have in common is the relevance of proper air circulation inside. This will help guard your robotic lawnmower from excessive heat and moisture buildup, which can be detrimental to your device. Conversely, the design should also not be too open or airy where lateral weather can be invasive. The installation of a robotic lawnmower garage Robot mower garages from reputable manufacturers are usually simply attached above the charging station with ground pegs. This helps provide protection in windy conditions and as well as a secure hold. The fastening material is usually included with the purchase of the shelter. Most wooden shelters, on the other hand, simply stand on the ground without being fixed. This means that they are not necessarily stable in heavy storms. However, the comparatively high dead weight can provide secure stabilization in everyday use. Access to the control panel It proves to be practical if the roof of a robotic mower garage can simply be opened. If the shelter is fixed to the ground, this makes access to the control panel much easier. Robotic lawnmower garages for winter Robot mower garages are designed to protect the device outdoors. However, they do not provide adequate protection against frost. It is recommended to store your robotic lawnmower free of frost in the garage or tool shed when the temperature drops below zero, so that the battery is not damaged. Plastic garages in particular should ideally be stored indoors in winter, as the cold can otherwise affect the material. It can become porous more quickly and tends to break. Which robotic lawnmower garage is the right one? The product selection on the market is versatile. This makes it difficult to say which robotic lawnmower garage is really the right one. Rather, it depends on the personal budget and preferences. If you are looking for a discreet and inexpensive solution, plastic garages are particularly suitable, since they are hardly noticeable above the charging station. Products made of wood or metal, on the other hand, stand out more clearly and are not perfectly matched in size to a robotic lawnmower model. They can be customized but weatherizing amounts to additional work. We always recommend the purchase of a manufacturer's own garage, which are designed to optimally protect your robotic lawnmower and charging station and discreetly blend into the garden design.",
"description": "Robotic mower garages help protect robotic lawnmower from rain and sunlight when the garden helper is not making its rounds on the lawn. For optimal protection, the question arises as to which robotic lawnmower garage is actually the right one.",
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"published": "2023-04-25"
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{
"type": "news",
"title": "Which robotic lawnmower is best for me?",
"content": "The purchase of a robotic mower has many benefits. In the best case, minimal touch ups are required allowing for more leisure activities in the garden. At the same time, regular lawn mowing helps promote the healthy and vigorous growth of the lawn, while mulch adds natural fertilizers to the soil. For all of this to really work in practice, your new robotic lawnmower should fit the environmental variables. Lawn sizes, slopes or different zones are just some of the criteria to consider when determining the best robotic mower for you. Establishing general conditions for the best robotic mower By no means is every robotic mower suitable for all lawn sizes, slopes or even different lawn zones. There are less expensive models that do a great job on small lawns with just a few features, while premium robotic mowers are designed to easily approach multiple zones and mow even large lawns in a short time with cutting widths of over 50 cm. So before buying, an assessment of your own garden should be made. Criteria for buying a robotic mower Measure the lawn area by square meters. To determine the appropriate model, consider not only the maximum area output but also the operating times. Consider how long the robotic mower will be in use every day. Are rest days on weekends or are there certain times pets or critters are in the garden? For slopes, determine the maximum gradient. Some robotic lawnmowers can handle slopes of up to 45%: others much less. For inclines, it is also recommended to use traction wheels, which help provide a particularly good grip. Consider how short you want the lawn mowed. Some models cut as low as 20 mm, while others are suitable for taller turf up to 100 mm. Determine the distance, including obstacles, to be marked with the perimeter wire. Although in principle the wire can be purchased and extended, the maximum length is limited by the charging station. Count the zones that are to be mowed. Is there only main zone, secondary zones or separate zones as well? Not all robotic mowers allow programming remote start points to mow remote areas on a regular basis. Does the noise level of the robotic mower matter? Are there neighbors who might be disturbed? Do you want control options via mobile phone? If so, a robotic lawnmower with mobile phone function is suitable. Are there fruit trees or other woody plants on the premises that loose branches, fruit, or nuts on the lawn? In this case, a model with robust star blades is recommended. Useful features of robotic mowers The market for robotic mowers offers an enormous range of different equipment features. Nevertheless, the number of features does not make the best robotic mower. Keep in mind that technical equipment drives up the price. . This may not be necessary, if you ultimately need a fraction of the functions. However, it is still worthwhile to know the possibilities in order to be able to pay attention to sensible equipment features when buying. The edge trimming function If a robotic lawnmower has an edge-cutting function, you can save time when touching up with the lawn trimmer. The blades protrude beyond the wheelbase of these devices and are designed to reach the lawn around walls, flower beds and fences much better than models without an edge-cutting function. Equipment with sensors Tilt and inclination sensors are standard equipment on most robotic mowers. If the robot is tilted or lifted, the sensors are designed to have the blades come to an immediate stop. In addition, 360° sensors are also becoming increasingly widespread, which are designed to detect obstacles at an early stage so the robotic mower can take evasive action before a collision. This helps protect the garden and increase efficiency, as time-consuming turning maneuvers are minimized. Other sensors include rain sensors that are designed to have the robot return to its charging station when it rains. Control functions Basic models are sometimes only equipped with one control button that can make handling somewhat complicated. If such devices are supplemented with more modern technologies, such as controlling the robotic lawnmower via an app using Bluetooth or the mobile network, this can help make handling simple. On the device itself, operation via a touchscreen is also possible, especially with larger devices that make programming quick and easy. Additional equipment with GPS modules also offers theft protection through the possibility of geofencing to help locate the robotic lawnmower. Integrated mulch cleaner To help the robotic lawnmowers work properly over the long term, cleaning the mowing deck regularly is important. If grass residues adhere to the wheel suspensions, the working speed may be reduced and energy consumption may be increased. An integrated mulch cleaner can minimize the intervals of manual cleaning and help simplify maintenance. The best robotic mower for you - Test results There are a huge number of robotic mowers on the market with different price ranges, sizes and features. There is no such thing as one robotic mower for all lawns. Instead, a careful analysis of one's own needs and requirements is important in order to purchase a model that suits the individual conditions well and can achieve optimal results. Robomow offers high quality robotic mowing solutions for garden sizes up to 4,000 m², which have been tested in a number of international independent reports with their performance and handling even on difficult terrain.",
"description": "A robotic mower should make lawn care easier than a push or ride-on mower. For this to work optimally, the device needs to be adapted to the environmental conditions. But how do you know which is the best robotic mower for you?",
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"published": "2022-12-30"
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"type": "news",
"title": "How often should a robotic lawnmower mow?",
"content": "There is no doubt that a robotic mower helps make lawn mowing . Once programmed, the little garden helper tirelessly makes its rounds. You may have to do a little work tidying up the lawn edges and occasionally fertilize. However, in order for the cutting results to be most advantageous and to allow your lawn to thrive healthily and densely, the right cutting interval is essential. Therefore, at some point, all robotic lawnmower owners ask themselves how often a robotic lawnmower should, in fact, be in use. Optimal cutting results through daily lawn cutting Unlike a conventional lawn mower, which is usually used about once a week, a robotic lawnmower is designed to actually generate optimal lawn conditions when it mows daily. This helps to minimize weeds and produce green, lush results. Despite that, cutting intervals also depend on the weather and season. When it is especially hot and dry weather, it makes sense to mow the lawn every other day, so that the slightly longer blades of grass can shade the lawn. In winter, on the other hand, the lawn lies dormant giving the robotic lawnmower a well-earned winter break. When it rains, we recommend not mowing the lawn. Conversely, it grows particularly quickly in the spring and should thus be trimmed daily. There is no universal rule Whether a lawn should really be cut daily or perhaps every two days is not set in stone. Experts are not united with this question. Manufacturers also provide information on the recommended frequency of how often the robotic lawnmower should make its rounds. These are usually based on tests and can serve as a good benchmark. Ultimately, however, there is no harm in simply experimenting to determine the ideal cutting interval for your own lawn. Frequent mowing for fine mulch A robotic lawnmower does not have a grass collector like other riding or walk behind mowers but simply displaces the clippings directly back onto the surface. Here they decompose and naturally add fertilizer to the soil. However, this process only works properly if the grass clippings are shredded very fine and decompose quickly. Otherwise, grass blades could hinder the aeration of the lawn possibly resulting in mold and fungi. Mowing the lawn after a break Lawns tend to grow longer than average after periods of rain or vacations. Nevertheless, the next time the robotic lawnmower is used, it should not be cut back radically. The 1/3 rule applies here. Otherwise, you could harm your lawn causing brown spots to appear, or in the worst case, death of the lawn. The same applies to young lawns. If the average height is around of 8-10 cm, we suggest using a height of about 6 cm (according to the 1/3 rule). If the lawn is cut back to a greater extent, it should be noted that the tips of the stalks are significantly longer than the usual mulch. For that reason, clippings should be collected so that the lawn is not damaged. The duration of lawn mowing In most cases, a robotic mower travels across the lawn in a crisscross pattern. This means that the device does not drive over every spot with the same frequency. Accordingly, the mowing time should be sufficiently long in order for the garden helper to really trim the yard. The required mowing time depends on the area output of the device: an indication of how many square meters the robotic lawnmower can mow under ideal conditions. However, angled corners and obstacles sometimes significantly reduce this peak value. It also makes sense to give the device a break at night, for example, so that mowing times are further reduced For maximum performance, it is advisable to use a robotic mower with a sufficient buffer in terms of area output. Calculate mowing time Let's assume the robotic mower has a maximum area output of 3,000 m². The garden is 1,000 m² and the device can be in use 24 hours a day. The calculation is as follows: 24 hrs / (3,000 m² / 1,000 m²) = 8 hrs. In the above, example, to mow the area completely, the robotic lawnmower needs 8 hours of pure mowing time. Don’t forget to calculate extra time your mower will need at its charging station. If, on the other hand, you only plan to have the mower in use every other day, then the daily mowing time is reduced to 4 hours. It is also clear that the mowing time is shortened if you choose a robotic lawnmower whose area output is significantly greater than the actual lawn area. Regular mowing is not everything The best robotic mower is of no use if lawn care is neglected in addition to mowing. Thus, although the useful garden helper makes the work much easier, it is important to continue to fertilize regularly and, if necessary, to scarify in the spring. Then there is hardly anything",
"description": "Especially for newcomers among robotic lawn users, the question arises as to how often the robotic mower should actually mow in order to achieve optimal results in the form of a thick and healthy lawn.",
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"published": "2022-11-01"
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{
"type": "news",
"title": "How deep must the boundary wire be laid for robotic mowers?",
"content": "Most robotic lawnmowers work with a boundary wire that is laid along the edges of the lawn. An emitted signal informs the robotic lawnmower of its permitted area. This helps prevent flower beds from accidentally being cut or the robotic lawnmower from ending up in the neighbor's garden. To help prevent damage to the wire, the question arises as to the depth of the boundary wire in the ground. Function of the boundary wire on the robotic lawnmower The vast majority of robotic lawnmowers work in combination with a boundary wire. This is connected to the charging station and is laid once completely around the lawn. Obstacles such as flower beds or a garden pond are also included in the guidance of the wire before the wire docks back at the charging station at the end. An electrical signal is generated, which indicates to the robotic lawnmower a boundary that must not be crossed. Laying the boundary wire above or below ground Basically, there are two ways to lay the boundary wire: above ground underground When laying above ground, you simply fasten the cable along the route with lawn nails. Before laying it, mow the lawn as deep as possible and make sure that the boundary wire is fastened tightly to the ground. After just a few weeks, your lawn should grow in and the wire will no longer be visible. When laying the boundary wire underground, it should lie a few centimeters deep under the turf. This has the advantage that you can scarify the lawn and minimize worrying about damaging the cable. Conversely, if the cable is laid underground, it is more difficult to locate and repair any damage. Hence, both options have their advantages and disadvantages. What is the right depth for the boundary wire? Manufacturers give an indication of the maximum depth to which the boundary wire should be buried in order to avoid signal interference. As a general rule, this value is between 3 and 7 cm. You can lay the boundary wire under stone walkways or flagstones. However, if the boundary wire is too deep in the ground, there is a risk of signal interference. On the contrary, if you lay it only one or two centimeters deep, you run the risk of the wire resurfacing the next time you scarify. In principle, a laying depth of about 4-5 centimeters is optimal. This helps protect the cable from the scarifier, but the signal should still be reliably transmitted. Tools for laying the boundary wire at the right depth For creating the trench in which the boundary wire will be laid, there is a whole range of conventional and rather unconventional tools. In any case, it is helpful to first draw an auxiliary string at the distance from the edge of the lawn specified by the manufacturer and then dig a straight trench. Marking the trench works well with an old flex. A chain saw (with the chain) is also suitable. This has the advantage that it can be used to make deep and somewhat wider slots, which in turn are also suitable for thicker boundary wires. The same applies to a hand-held circular saw. Somewhat more time-consuming but still possible is a large pizza cutter. Alternatives are a spade or lawn edger with which the cutting of longer distances can be very time-consuming. A lawn edge trimmer with a blade and a swiveling cutting head is more practical. If you turn it 90°, you can achieve a small trench. Finally, there are professional cable laying machines mainly used by professionals. These are guided on wheels along the edge of the lawn while a metal disc cuts the turf. The purchase of such a device can be expensive, so it may be beneficial to either rent it or hire a professional to install it in the lawn. This may help ensure that the device worksproperly and minimize troubleshooting. In addition, there are also tools for laying the boundary wire in depths which the cable can be sunk evenly deep into the ground. Tips for laying the perimeter wire When buying a robotic mower, a basic set of lawn nails and a perimeter wire is often included. If the amount is not enough, the wire can easily be extended by means of a clamp but only up to a specified maximum length. The pulse emitted by the charging station is limited and, depending on the model, can only be reliably transmitted over a certain distance. If the lawn area exceeds this, interference may occur. To help prevent the robotic lawnmower from escaping, a second charging station is recommended if necessary. Run the boundary wire around the entire lawn, starting and ending at the charging station. Also include flower beds, garden ponds or other obstacles but avoid crossing the boundary wire. Paths that are not lawn areas, but can easily be driven over by the robotic lawnmower, do not need to be marked by the boundary wire. An alternative to the boundary wire for flower beds, ponds or obstacles are natural barriers that the robotic lawnmower simply cannot overcome. If the robot drives against a wooden or stone border, it automatically changes its direction. When laying the boundary wire underground, it might be helpful to first lay the wire above ground and test whether the robotic lawnmower works properly. If the wire is directly laid underground, subsequent correction is not quite so optimal.",
"description": "In order for robotic mowers to know which areas of the garden they should mow, or conversely, where the boundaries are that they are not allowed to cross, it is necessary to lay a boundary wire in the ground. When laying it, one of the questions that arises is how deep the boundary wire must be laid.\n",
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"published": "2022-11-01"
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"type": "news",
"title": "Repair defective boundary wire",
"content": "The boundary wire completely surrounds the lawn. It begins and ends at the charging station from which an electrical impulse is sent out. This signal tells the robotic lawnmower where the boundary of the lawn is. In the event of a defect in the cable, the signal is interrupted, the robotic lawnmower then stops working and issues an error message until the fault is corrected. The good news is that you do not need to replace the entire cable, but you can repair a defective boundary wire. Causes of a broken boundary wire There are many reasons for a broken wire. In case of an above-ground installation, it’s normally the result of the robotic lawnmower cutting the wire. The cut from a spade or work with a scarifier can also damage the cable or cut it completely. Occasionally, it is enough to get your foot caught on the cable. But wind and weather also take their toll on the cable. Over time, the plastic sheathing becomes porous, moisture penetrates, and the wire can corrode or oxidize. Finally, voles also like to nibble on the perimeter wire. They often don't bite through it completely, so the damage can go undetected for a while. In some cases, the purchase of a special wire that is resistant to biting can help. Exclude sources of error Often the cable is not cut at all but simply a connection is loose. Therefore, first check whether all connections are secure. In addition, dirty contacts can also lead to an interruption in the power supply. Clean the contacts on the charging station and spray them with contact spray. It is also possible that the charging station has become damaged. To determine this, you can build a test loop with a short piece of cable and thus test through the loops on the charging station. It is also possible that the cable is not completely cut. In this case, depending on the weather, the robotic lawnmower may sometimes drive and then simply stop for no apparent reason. Since current still flows through such a cable, finding the fault can be is much more difficult. Locating the broken cable If the cable has been cut, generally an LED will flash on the charging station (fast red on Robomow if the connection is broken, slow red if the connection is weak). Many robotic lawnmowers will immediately stop operating. If such an error message is present, the next step is to locate the broken cable. Luckily, there are professional devices for this. Also possible is a medium-wave (AM) radio. Switch on a frequency (without a transmitter) and move the radio with the ferrite antenna parallel and close to the ground along the boundary cable. A hiss will be heard where the wire is intact. The hissing will stop and there will be silence or the noise may become quitter at or beyond the break point in the wire. An alternative is to use a pasture fence device or, in severe cases, a DVM multimeter. When using a pasture fence device, it is important to disconnect the cable from the charging station beforehand. Otherwise, the voltage can damage the charging station. After the device is grounded with the associated cable, connect the cable ends and turn on the device. A hissing sound can now be heard at the location of the cable break. Disconnect the unit from the cable again before repairing. Disconnecting the power supply Before working on the boundary wire, it is advisable to disconnect the charging station from the power supply. Connecting a defective boundary wire Signal interference occurs when the cable is cut. Simple solutions to reconnect the two ends are luster terminals or electrical tape. This may work for a short period of time, but keep in mind that when subjected to moisture, the wire may corrode and the connection will become weak. Better suited are special connectors with gel filling which help keep moisture out , even underground. The two ends are simply inserted into the holes provided without insulating the cable beforehand and the connector is then pressed firmly together with a pipe wrench. However, it often proves problematic if the wire has been laid tightly and is therefore too short to be plugged together again with a connector. One possibility here is to insert another piece of cable between the cable ends using two connectors. Problem solved! After repairing the boundary wire, the error message should disappear. If that is not the case and the LED on the charging station is still lit, it may help to press the connector together again with the pliers. There could also be multiple cable breaks. Avoid cable breaks You are never completely safe from a cable break, but the risk can be minimized. A sketch that accurately traces the course of the perimeter cable can serve as a reminder even years after installation. When laying above ground, the cable must not be too taut. Otherwise, there is a risk of damage to the robotic lawnmower . If there are voles in the garden, usually recognizable by bite marks on plant roots, it may be advisable to purchase a boundary wire with special sheathing. Perimeter wire repair kits Repairing the boundary wire is particularly simple and quick with a repair kit. These contain",
"description": "When the boundary wire becomes broken, the robotic lawnmower usually stops working and issues an error message. The good news is that a broken boundary wire is easy to repair.",
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"published": "2022-10-30"
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{
"type": "news",
"title": "RT vs. RK series - robotic mowers in comparison",
"content": "In order to achieve the best possible lawn care and to reduce the effort of a robotic lawnmower to a maximum, it is important to choose a robotic lawnmower whose performance is matched to the lawn area. With our RK and RT series, there is a wide range of products to choose from including the right model for your dream lawn. The equipment of the RT series The RT series is available in two model variants: RT300 RT700 Compact design for small gardens Our RT robotic mower series are characterized by their particularly compact design. A cutting width of 18 cm makes them the ideal garden helper in small gardens with a lawn area of up to 700 m². Thanks to a low cutting height of 15 mm, the two models are also ideal for ornamental lawns. The RT series also impress with their respectable off-road mobility. On inclines, the traction wheels provide a strong grip and are designed to handle a grade up to 30%. Finally, the pendulum-suspended mowing deck helps provide a precise cut and enable an excellent pattern even on rough terrain. Low maintenance and easy to operate Robomow robotic brush mowers are low-maintenance and powerful at the same time. Moreover, the RT's integrated mulch cleaner helps minimize cleaning labor. They are also convenient and uncomplicated to operate - even via app if desired. Comfort also applies when it comes to wearing parts, which you can easily replace yourself. The mowing time is approx. 75 min for the smaller RT300 and approx. 90 min for the RT700, per charge. *Mowing time is based on ideal mowing conditions RK series robotic mowers Our RK series offers six different models that dependably mow lawns from 1,000 to 4,000 m²: RK1000 RK1000 Pro RK2000 RK2000 Pro RK3000 Pro RK4000 Pro Useful maintenance of larger gardens The 360° obstacle detection proves to be sensible. The robotic lawnmower is designed to detect barriers at the slightest touch and circumvent them. This helps reduce mowing times, as time-consuming turning maneuvers are less frequently required. With cutting widths of 21 and 42 cm, efficient mowing is now possible on areas up to 4,000 m². The model designation provides information on the area output. Cutting heights between 20 and 100 mm offer flexibility even on sport and shaded lawns. Thanks to the pendulum-suspended cutting deck, the cutting pattern should be accurate and uniform even if there are irregularities in the ground structure because the blades reliably follow the ground. As with the RT series, the traction wheels help provide excellent off-road mobility on most surfaces. They are built with robust motors so that the robotic lawnmower can master slopes of up to 45%. Powerful motors, easy operation Brushless DC motors are installed in all models of the RK series, which are characterized by their low power consumption and mowing times between 40 and 120 minutes per charge. *Mowing time depends on the model and is based on ideal mowing conditions. ). At the same time, the noise level of the motors remains very low to help avoid disturbing your neighbors. A touch screen helps provide intuitive and convenient operation of the device, and the selection of tough and resistant parts should contribute to a long service life. Cleaning and maintenance are just as easy as setting up the unit. Less rework with edge-cutting technology Last but not least, RK Series robotic mowers are equipped with special edge-cutting technology. The blades protrude slightly beyond the wheelbase allowing the device to get particularly close to edges or to drive over them easily. With optimal installation, lawn edges can remain clean for a long period of time, giving you more time to enjoy your lawn to the fullest. Comparison of the RK and RT series robotic mowers RT series robotic mowers are ideal for small gardens and front yards due to their compact design. They work accurately and are characterized by their low maintenance. The same applies to our RK robotic mowers series, which are designed for larger gardens. Top performance is achievable, not least thanks to the larger cutting width and 360° sensors. Additional features such as edge-cutting technology helps prevent you from having to deal with unwanted retouching. These criteria are important when comparing robotic mowers. Manufacturers name a variety of features that determine the performance of a robotic mower. When these fit your own garden, is it possible that your new garden helper will also meet their requirements. The following aspects are important in a comparison of robotic mowers: The maximum area output. This is not necessarily the same as the size of the lawn. If the robotic lawnmower is not to be used continuously 24/7, it is advisable to calculate the required area output by taking into account break times. In addition, the terrain structure can reduce the specified area output of the manufacturer. A small buffer is therefore always advisable. Cutting width. The larger the cutting width, the faster it mows even larg areas in quick time. However, a larger cutting width comes at the expense of maneuverability so that large models are not fully suitable for very winding gardens. Terrain capability. If there are slopes in your garden, note the maximum gradient. Not all robotic mowers are suitable for every incline. The cutting height. Ornamental lawns tolerate significantly lower cutting depths, while shade lawns may sometimes be 8 cm long. The cutting height of a robotic lawnmower therefore also plays an important role in the comparison of robotic lawnmowers. Operability. Some robotic mowers feature a touchscreen or the option of app control. Choose the operating method according to your personal preferences. Equipment features. If you value the lowest possible amount of retouching or particularly high efficiency, it is worth taking a look at the additional equipment features of a robotic mower. This can be an edge cutting function, a 360° sensor or even a GPS function. Which robotic mower is perfect for the lawn? Ultimately, there is no one perfect robotic lawnmower. Whether a device can optimally meet the requirements depends primarily on the selection of the suitable device that also fits the general conditions. It is therefore absolutely sensible to carry out a comparison of robotic lawnmowers before making a purchase. That way you can fully enjoy your new garden helper after buying it.",
"description": "A robotic lawnmower can reduce lawn care to a minimum provided that the model is optimally adapted to the area. Robomow offers devices for different requirements with the RT and RK series. ",
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"published": "2023-05-16"
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{
"type": "news",
"title": "What does a robotic lawnmower do with leaves",
"content": "When trees shed their leaves in the fall, another labor-intensive phase begins. After all, fallen leaves should not be left on a lawn for too long. Otherwise, there is a risk of mold and rot. With a classic lawn mower, this work can be done quickly since the leaves are shredded in the mower deck, transported to the bagger (along with the lawn clippings) and can be easily disposed of. But what about a robotic lawn mower? These devices are designed to mow a lawn that is free of barriers and obstacles. Especially in the fall, however, it‘s often the case that fallen fruit or leaves are lying around and make the robot's work more difficult. What exactly happens when the robotic lawnmower encounters autumn leaves? Problems with autumn leaves and robotic lawnmowers First of all, every garden owner should attempt to remove large amounts of leaves from their lawn in a timely manner. Otherwise, the necessary aeration of the lawn is quickly reduced, and there is a risk of mold and rot especially in cold, wet weather. Fungal diseases also spread more easily under the layer of leaves. Your robotic lawnmower will have an easier time doing its job if you regularly rake up fallen leaves. When damp, leaves can become slippery, causing the robotic lawnmower to lose its optimal grip on the ground. If damp leaves stick to the wheels, this effect is further intensified. The wheels can start to spin and the robot could get stuck, especially on slopes. This rotational movement in turn promotes wear of the turf. Another problem can arise when a thick layer of leaves prevents accurate lawn trimming. If the blades cannot properly cut the lawn due to a large amount leaf coverage, the cutting pattern may suffer. This is particularly evident when foliage collects in depressions or uneven ground, thus preventing the robot from grasping the underlying lawn. Does the foliage damage the robotic lawnmower? In principle, the blades of the robotic lawnmower simply shred autumn leaves. With that being said, this is usually accompanied by faster wear of the blades, which is much greater on blade discs than on robust star blades. Of course, the wear of the robotic lawnmower depends on the amount of leaves. Further damage to the robotic lawnmower itself is generally rare and can occur when very compact devices encounter extremely large quantities of leaves, resulting in a blockage of the blades. In the case of medium amounts of leaves, it is mainly the blades that may be affected. If leaves get stuck on the wheels, traction deteriorates, which promotes slipping, especially in wet conditions. Conversely, the wheels spin more easily on slopes, which can cause unnecessary damage to the turf. The robotic lawnmower increasingly struggles with larger amounts of leaves. This greater load can cause the motor to wear out quicker. In addition, the ejected leaves can damage the lawn and there is a risk that the robotic lawnmower could injure small garden critters hiding under the leaves. Mulching leaves with the robotic lawnmower? With classic lawn mowers, it is possible to collect autumn leaves in an uncomplicated way. To do this, mow the lawn as usual. The leaves are shredded by the mower together with the clippings and thrown into the bagger in a compressed form. From there, you can simply dispose of it in the compost or an organic waste bin. But what about robotic mowers that work on the mulching principle and do not have a grass catcher? Star blades are generally robust enough to shred leaves just as easily as lawns. Nevertheless, wet leaves in particular tend to stay put and are only cut by the device. Also bear in mind that robotic mowers were not designed as leaf shredders and may wear out considerably quicker mowing large quantities of leaves. What’s more, shredded leaves may also promote the formation of moss on the lawn. Tannic acid from oak or walnut leaves can have a negative effect on soil quality. Finally, the cutting pattern also suffers under the layer of leaves. If the robotic lawnmower is struggling with large quantities of leaves, the blades of the lawnmower may no reach every blade of grass and the cutting pattern is no longer accurately uniform. Unlike fine lawn mulch, leaves do not decompose en masse within a short period of time. If they have already been shredded by your robotic lawnmower, this makes raking them up even more difficult. Clearly, it makes more sense to collect leaves before the robotic lawnmower starts its work. Battery-powered leaf blowers or the classic rake are suitable for this purpose. Which robotic lawnmower is suitable for leaves? Hardly any garden owner will have the time or patience to remove leaves every day, so there will always be the odd leaf on the lawn when the robotic lawnmower starts. In this case, if you have several trees in your garden, it is best to choose a model that copes with leaves particularly well. Helpful features here are: All-terrain wheels with a thick profile that have a good grip even on wet leaves. This helps to reduce the risk of the robotic lawnmower getting stuck on slopes. Traction can also be optimized with a wheel brush, designed to remove damp leaves from the wheels directly during operation. A pendulum-mounted mowing deck designed to compensate for uneven ground and provide an even cut even with some leaves on the ground. A robotic mower fitted with a robust star blade. If there is too much foliage, this too may wear out faster than usual but initially tends to cope better with amounts of foliage than the blade discs. A mulch remover helps prevent leaves from collecting on the underside of the carriage and impair mowing performance. Wheel brushes help remove leaves and other debris directly while the machine is in motion to maintain optimum traction. Robotic mowers and autumn leaves: lawn care tips Make sure the lawn is largely free of leaves. Random leaves do not harm the robotic lawnmower, nor do they generally affect the cutting result. The situation is different, however, if there is a closed layer of leaves on the lawn. Avoid operating the robotic lawnmower if there is a lot of wet leaves in the garden. Despite off-road models, there is a risk that the wheels will damage the lawn. It is also easy or damp leaves to stick to the wheels and the lawnmower blades may become blunt. Always check whether there are objects under the layer of leaves that can harm or be harmed by the robotic lawnmower. Stones in particular can cause serious damage to the blades. Conversely, hedgehogs or other animals could be hiding under the leaves. Autumn is an ideal time to rid the lawn of moss and weeds once again. This works best with a scarifier, which carefully pulls the lawn thatch out of the lawn. For best results, set the cutting height of the robotic lawnmower to about 2-3 cm. Robotic mower without boundary wire for autumn leaves Most robotic mowers navigate using a boundary wire that is placed around the lawn prior to initial operation. The device then uses an electrical signal to detect which boundary is not to be crossed. The situation is different for robotic lawnmowers that do not require a boundary wire. These work with grass sensors that \"scan\" the ground and mow everything that looks like grass. If there are leaves on the lawn in autumn, the distinction is noticeably more difficult. The robotic lawnmower may no longer be able to recognize which areas are lawn. Particularly, if there is a closed cover of leaves from the lawn to the beds, the robotic lawnmower may cut ground cover or shrubbery in the beds. For robotic lawnmowers without a boundary wire, it is extremely important to remove leaves before mowing in order to clearly mark the lawn edges. Garden tools for removing leaves In order to protect the robotic lawnmower, it makes the most sense to remove leaves regularly before mowing. This is certainly not always possible during heavy falls in autumn, but is certainly recommended to do so now and then to increase the longevity of the blades and other lawnmower parts. Even if the wear and tear of the blades does not represent a technical defect, replacing parts more often will have an effect on your wallet. Several tools are available for removing leaves: Removing leaves, branches and other foreign objects with a classic rake may be ideal for the job, especially in small gardens. Leaf blowers are efficient for removing leaves from larger areas. They come in electric, cordless or gasoline models, and some are equipped with a collection bagger (i.e., leaf vacuums) designed to directly shred the leaves and compress them for disposal. The classic lawn mower may no longer be needed if there is a robotic mower. However, for collecting leaves and lawn clippings, a model with a grass catcher is a good choice. On very large areas, a great option is to use lawn tractors with trailed leaf sweepers. Conclusion Smaller amounts of leaves are generally not a problem for either the lawn or the robotic lawnmower. In this case, it is advisable to choose a robotic lawnmower with a star blade that can carefully shred leaves. The blades may wear out slightly faster, but other signs of wear on the mower are usually rare. In addition, it is advisable to purchase a device with a mulch remover and traction wheels, which help give the robot the necessary grip. However, when large amounts of leaves accumulate on your lawn, it is time to remove them with a rake or battery-powered leaf blower before your robotic lawnmower makes its rounds.",
"description": "Leaves can affect the health of the lawn and, therefore, should be removed regularly. With a classic lawn mower, you can just drive over them, shred them and collect them in a grass catcher. But what does a robotic lawnmower do with leaves?",
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"published": "2023-05-16"
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"type": "news",
"title": "Do I have to lay the boundary wire underground?",
"content": "The vast majority of robotic lawnmowers navigate using a boundary wire. This tells the robotic lawnmower via a signal which areas are to be mowed and which are not. Laying the cable is therefore the most important step before the mower’s first start-up. For many first-time owners of a robotic lawnmower, this raises the question of whether it is really worth the effort to lay the cable underground or whether the above-ground variant will suffice. Laying the perimeter wire is probably one of the most important steps on the way to a functioning robotic lawnmower unless it is a robotic lawnmower with a grass sensor. Here, the wire serves as a signal generator for the device, so that it is clear which areas the robot should traverse, and which are no-go areas. If the robotic lawnmower drives through a flower bed or falls into the garden pond, there will be negative consequences. Accordingly, the first step is to mark the obstacles that the robotic lawnmower cannot detect due to natural barriers. Precise installation of the wire around the edges of the lawn is even more crucial when the mower has edge cutting capabilities for a fine finish. However, not all laying is the same. There are two different methods: each that come with some advantages and disadvantages. The above-ground version is much easier and faster but is also more prone to damage. With that being said, it is by no means necessary to lay the boundary wire underground. Sometimes it just lends itself, as the extra effort also brings some benefits How the perimeter wire works The perimeter wire is fixed to the charging station and laid once completely around the lawn before arriving back at the charging station. The charging station sends out a low but perceptible electrical signal through the wire, which creates a magnetic field and serves as an orientation for the robotic lawnmower to navigate. For this to work properly, two aspects in particular are important: The perimeter wire must not be damaged. The maximum length of the manufacturer's specification must not be exceeded. Quick start with easy installation The start-up of a robotic lawnmower itself is very simple. You simply place the charging station in a suitable place in the garden, connect it to the electric grid, lay the boundary wire around the lawn and use the quick installation of your robotic lawnmower. This helps to define the mowing times, for example. The first test run can already begin. Laying the boundary wire is probably the most time-consuming of the tasks you will face before the first test run. You have two different options: lay the perimeter wire above ground lay of the perimeter wire underground When to lay the perimeter wire above ground The above-ground installation of the perimeter wire is undoubtedly the simpler option. You simply lay the wire once around the lawn (be sure to include flower beds and other obstacles from the outside) and simply fasten the wire to the distance specified by the manufacturer along the lawn edge with lawn nails. The lawn will grow and cover the wire in about 2-4 weeks, and will then become almost invisible. Advantages of the above-ground laying of the perimeter wire First, one clear advantage is that mistakes can be swiftly corrected, and you can quickly make changes to the layout (for example) when redesigning the garden. If, after the first laying, you find that the lawn edges need readjustment because the distances may not be correct or the effort required for retouching is too great, the perimeter wire can easily be moved. Disadvantages of laying above ground Nonetheless, when the perimeter wire is laid above ground, it is also permanently exposed to external influences such as rain, ice, and snow. The risk of corrosion and weathering is incomparably higher than with underground laying. Over time, the wire can become permeable and may break. In this case, the only solution is repair, which is comparatively easy to underground installation. At the same time, a properly tautly laid cable also carries the risk of being damaged during gardening work such as scarifying or when digging up flower beds. The blades of the scarifier or a careless spade can easily cut the cable, so caution is always critical. Other burdens, such as those caused by traction wheels or the blades of a lawn robot, on the other hand, generally do not pose a problem for the perimeter wire when the cable is laid properly. Underground installation of perimeter wire It is probably indisputable that a wire that is buried underground is less affected by the elements. This raises the question whether it makes sense to lay the cable underground as a matter of principle. Most manufacturers and 3rd part providers offer professional underground installation services. Advantages of underground laying In addition to the lower risk of damage from wind and weather, one advantage is that the wire is invisible underground, significantly reducing the risk of damage from a scarifier or other garden tools. This means you can carry out gardening work worrying less about the perimeter wire . Another advantage is, of course, the inconspicuous appearance. The cable is invisible even under paved passages, as you can simply run it under the stones. Most cables can transmit their signal with minimal problems up to a depth of about 7 centimeters. Disadvantages of underground laying The disadvantages of underground installation are obvious. Once the wire is laid, a change in your garden design turns out to be comparatively complicated, as the cable has to be dug up each time. In the event of an accident, this also makes troubleshooting more difficult if the cable has to be uncovered again. Wire breaks are not easy to detect visually, so a tool is always needed to locate the signal interference. And, of course, the laying itself is also more complex. An initial channel, approximately 4 cm deep, must be dug for the wire. This usually works quite well with a lawn edger. However, unconventional methods such as discarded angle grinders or chainsaws are also suitable for making the channel. Those who do not want to make the effort themselves, but do not want to give up the convenience of underground laying, can hire a specialized company for this purpose. They have the correct equipment for digging. In any case, the channel should be laid to a uniform depth. Otherwise, the edge drive will be somewhat less accurate than when laying above ground. Laying boundary wire - what to keep in mind For both underground and above ground laying, the wire should be tautly stretched. It must not cross at any point, otherwise signal interference may occur and cause the robotic lawnmower to become disoriented. This is especially important if you include flower beds and the like in the center of the lawn in the induction loop, where the wire is routed from the outer edge to the center of the lawn and back. Finally, it is important to keep the distances of the lawn edge and walls according to the manufacturer's instructions. This will help minimize lawn-edge retouching and prevent damage to the robotic lawnmower. Laying boundary wire underground for a rolled turf It seems tempting to simply place the wire under the turf when laying the sod. However, this carries a r risk, as you won't be able to test the functionality of the wire until the turf is in place. This means that troubleshooting can turn out to be costly. We recommend placing the wire above ground first and starting the robotic lawnmower. This way, any problems can be detected in the first few days. It is important to know that after laying the sod, you have a 3-week window to place the perimeter wire underneath. After that, the rooting can become too strong. As an alternative to simply sliding the wire under the sod, it’s perfectly okay to dig a channel in the grass where you can place the wire. This way you are completely independent when you dig the channel or when you purchase your robotic lawnmower. Note, if you prefer the above-ground option, it is just as feasible with sod as with any other lawn. Advantages and disadvantages for installation methods Both above-ground and underground laying of the perimeter wire has advantages and disadvantages. Advantages Disadvantages above-ground laying simple and quick installation changes in the design of the garden can be easily made repairs are easier, as a broken wire can quickly be detected visually weather influences risk of damage by scarifiers and the like visually annoyance in the first weeks underground laying wire disappears visually from the overall picture immediately after installation less chance of damage by scarifiers and the like less wear and tear due to weather conditions laying is more time-consuming / more expensive (with a professional installer) troubleshooting can be complicated a change in the garden design can be costly When is underground laying recommended There is no answer to this question. It is simply impossible to give a blanket answer as to whether above ground or underground laying is better. It is certainly an ideal solution for gardeners who prefer an unobtrusive overall appearance, knowing that the garden design is completed for the coming years. To make sure that the robotic lawnmower works properly, it is also a good idea to install it above ground first. Although this involves twice the effort, it can help reduce the potential for errors afterwards. Anyone who is afraid of the hassle of laying the grass themselves can call in a professional service to do the work. Lawn owners who regularly scarify their lawns are also better off laying the wire underground. After all, this helps minimize worry about accidentally cutting it with gardening equipment. Conversely, above ground installation is recommended for people who like to remain flexible and prefer both easy installation and quick troubleshooting. Moreover, any repairs can be done quickly, and the visual impact on an overall, harmonious appearance disappears after a few weeks.",
"description": "For most robotic lawnmowers, laying the boundary wire is a prerequisite for initial start-up. Of course, laying it underground is a bit more complicated than laying it above ground. Therefore, many hobby gardeners ask themselves: do I really need to lay the boundary wire underground?\n",
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"published": "2022-10-28"
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{
"type": "news",
"title": "How cleanly does a robotic lawnmower mow the lawn edge",
"content": "With the acquisition of a robotic mower, garden owners actually hope to relinquish all power to their new garden helper. Unfortunately, lawn edges quickly become a nuisance when a small strip remains that needs to be trimmed manually because the robot simply cannot reach it. Luckily, there are methods to help you also mow the lawn edge. A robotic mower helps keep the time spent on lawn care to a minimum. Not only are you free from mowing the lawn itself, but maintenance work is also normally less than with a classic gasoline mower. With that being said, pesky lawn edges may require manual reworking with a lawn trimmer or shears. After all, the overall appearance is not very neat if blades of grass sprout uncontrollably around the edges of the lawn. Not every robotic lawnmower really cuts the edges cleanly. This is often not possible for technical reasons alone. But never fear, there are ways to help minimize retouching. Why do robotic lawnmowers leave an edge? The fact that robotic mowers do not just mow lawns to the very edge is primarily due to the safety precautions offered by the device. Razor-sharp blades are well protected under the device and designed to stop automatically when lifted to avoid any possible contact. If blades protruded too far, they could pose a risk of injury. So the width of the edge ultimately depends on the distance between the blades and the housing. If the blades are centered, this is quite large at 10-20 centimeters. In models with an edge-cutting function, the edge may be considerably narrower at approximately 5 centimeters. That sounds like a lot at first, but it's no different from classic lawn mowers. They can also leave a small edge, which requires retouching. Robotic mowers with edge-cutting function Most robotic lawnmowers do not reach the edges due to their design, as the blade is centered underneath the device. There is a gap between the blade and the housing, which is especially noticeable when the robot drives along a wall. A strip of about 10-20 centimeters remains. Accordingly, the strip may increase with the size of the robot and the distance of the perimeter wire to the edge. In the case of a robotic mower with edge-cutting function, the blade does not sit in the middle, but laterally under the device and even protrudes beyond the wheelbase. Still, there is a small distance to the outer edge of the housing. Nevertheless, this is limited to a much smaller width of about 6 centimeters so that the lawn edge is cut quite cleanly. The robotic lawnmower plans its mowing in such a way that it runs along the edges with the blade side to help keep the edge as small as possible. A clean lawn edge can be achieved by laying a row of stones along walls so that the lawn does not grow right up against the wall, but leaves a small passable strip for the robotic lawnmower. The correct laying of the boundary wire is important For robotic lawnmowers with an edge-cutting function, it is particularly important to make sure the boundary wire is laid accurately. If you lay the wire too far inward, it will not be possible for the blade to reach the lawn edge. The ideal distance of the perimeter wire to lawn edges, walls or fences can be found in the manufacturer's manual. Some models also have a ruler to help facilitate installation. These indications should definitely be followed, because the boundary wire is by no means the outer edge of the cutting width. If the wire is laid directly at the edge, the robotic lawnmower will go a little beyond it: in some models even as much as 30 cm. If there are thoroughfares that are driven over, there is no need for a demarcation by the wire. The robot simply drives over them and mows the edges automatically. However, if the path represents the outer edge of the lawn, place the wire close to the path so that the robotic lawnmower cleanly takes the edge with it. Caution should be exercised, however, if lawn edges are eliminated from flower beds. If the perimeter wire is too close to the edge, the robotic lawnmower risks slipping and getting stuck in the edge. The same applies along bodies of water or walls, to which a somewhat greater distance should always be maintained when laying the wire. Guideline values for the perimeter wire distance for Robomow robotic lawnmowers The distance of the perimeter wire from obstacles and beds differs depending on the manufacturer as well as from model to model. Almost all Robomow models have an edge cutting function, so the distance is comparatively small for traversable boundaries. Model - Distance to fixed obstacle - Distance at ground level boundary Lawn edging stones for the perfect edge cut Not all robotic lawnmowers have a practical edge cutting function. Regardless, with a little ingenuity, lawn edges can be cut ideally even with models where the blade is centered. This will require either the appropriate advanced planning in your garden design or some reworking. To do this, border the lawn and flower beds with lawn edging stones. These should be level with the ground and thus passable for the robotic lawnmower. Depending on the robotic lawnmower, a width of approx. 10 to 24 cm is recommended. It is also important to know whether the stone is adjacent to a wall or borders a bed behind it. To prevent the lawn from growing into the bed, lay the lawn edging stones in two rows next to each other and stagger the joints in each case. Next, lay the boundary wire as close as possible to the stones so that the robot uses one of the wheels to drive over the stones while the centrally positioned blade reaches the lawn edge. Robotic lawnmower with three wheels Some robotic lawnmowers have only three wheels instead of four. The front axle is substituted by a centrally placed wheel to help increase maneuverability but at the same time can make the devices more susceptible to getting stuck in soft ground. Accordingly, it is recommended to place lawn edging stones in such a way that the robotic lawnmower does not drive with the front wheel extending beyond the boundary. Types of lawn edging stones Lawn edging stones are available in a wide variety of designs and sizes. Which stone is suitable is first a question of personal taste. Secondly, the required width for the robotic mower should be included in your decision so that the lawn edge is cut as cleanly as possible. Possible stone types that would be appropriate for a robotic mower are: Dovetail stones Granite stones (the familiar cobblestone) Concrete sidewalk slabs Rectangular concrete paving Of course, combinations of the stone types are also possible, which sometimes results in exciting designs. Alternative bed edgings - not always suitable for robotic mowers Alternatives to concrete edging stones are also bed edgings made of wood, metal or plastic or simply leaving the front edge of the bed free of vegetation so that the robot can use soil or humus as a navigation surface. In this case, however, regular edge trimming is necessary to avoid having your lawn grow into the bed. Although these bed edgings protect plants from undesirable intrusion of the robotic lawnmower, they are also not passable making reworking necessary. Metal bed edgings in particular also pose the risk of interfering with the signal of the robotic lawnmower. Bed edging for robotic lawnmowers with grass sensors For robotic mowers that use sensors instead of a perimeter wire, bed edgings are essential to provide a clear contrast between the lawn and the beds or to simply create a natural barrier that the robot cannot cross. Level lawn stones are therefore less suitable as a boundary. This means that manual reworking with a lawn trimmer is the only option. MANUAL RETOUCHING WITH A LAWN TRIMMER If you do not want to convert your garden, nor do you have a robotic lawnmower with an edge-cutting function, you can manually retouch the lawn with a lawn trimmer or (preferably battery-powered) lawn shears. Both are not particularly time-consuming or strenuous. Furthermore, it may be necessary to buy a second device for your lawn care. This may require more space for storage and additional costs. Of course, which device is best suited depends on the size of your garden and the length of the lawn edges. For smaller stretches, manual lawn shears may even suffice. However, for larger gardens, a battery-powered lawn trimmer makes the job much easier. Maximum flexibility is offered by models with a swivelling cutting head. FURTHER CRITERIA OF THE ROBOTIC LAWNMOWER FOR CLEAN LAWN EDGES An edge cutting function is one thing. The other is a robotic lawnmower that can achieve an overall optimalt cut pattern. The most important criterion is sharp blades that really cut the lawn cleanly. The result of dull blades are frayed grass tips that tend to turn brown, which can eventually, cause your lawn to no longer look green, lush and healthy. A pendulum-mounted mowing deck is also helpful, as it is designed to provide a uniform cut even if the terrain is not completely level. In order to have a strong grip, especially on bumpy terrain or slopes, wheels with particularly good traction are recommended. Robotic lawnmowers with an edge-cutting function mow edges cleanly to within a few centimeters but also reach their limits with vegetation that comes right up to walls and fences. To help avoid any kind of retouching, it is therefore advisable to edge the lawn with a margin of about 6 centimeters to the outermost edges. This will give you time to enjoy your manicured garden without still having to resort to the lawn trimmer.",
"description": "The goal of purchasing a robotic mower is usually to hand over lawn care to the garden helper. However, sometimes it is necessary to retouch the lawn edges.",
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"published": "2022-10-28"
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{
"type": "news",
"title": "What are the advantages of a robotic mower?",
"content": "More and more households are acquiring a robotic lawnmower. This is by no means only due to the penchant for smart technology, which is now incorporated in numerous devices, but certainly also because of many advantages that a robotic lawnmower has over other types of lawnmowers. Lawn care virtually takes care of itself, the quality of the lawn increases continuously and the devices also require little maintenance. But that is certainly not everything. Quieter than a lawn mower Traditional lawn mowers are definitely among the devices that have the potential to annoy an entire neighborhood. With a noise level of between 80 and 90 dB, possible operating times are limited so as not to violate local noise protection ordinances. The situation is much different with a robotic mower. The quietest models produce less than 60 dB and can hardly be heard from a few meters away. Theoretically, this also allows operation in the late evening hours and on weekends. Easy operation A robotic mower only needs to be installed once before it can be put into operation. Once the perimeter wire has been laid, all that is really needed is to set the desired cutting height and mowing times. With a touch screen on the device or via an app that connects to the robot via Bluetooth, this is done in a matter of minutes. Setting the mowing times offers maximum flexibility. Your robotic lawnmower can do its thing in the morning, for example, while you are at work. Then after work, you can enjoy your perfectly manicured lawn in peace and quiet. Thanks to the practical networking via a GSM module, it is even possible to spontaneously change the mowing times if guests pop up or a sudden raincloud appears. The one-time expense compared to other types of lawn mowers thus pays for itself only after a short time. Even and accurate cut Robotic mowers are known for their accurate cut. The blades of the devices cut the stalk tips cleanly, while most classic lawn mowers tend to knock them off with their blades. This makes the cut exceptionally clean, as the grass blades do not fray or form brown tips. Another advantage is a robot model with a pendulum-suspended mowing deck. The special deck follows the contour of the ground even if it is bumpy or imperfect and always ensures a perfect cut. Particularly large all-terrain wheels ensure optimal grip and prevent the robot from getting bogged down on uneven meadows, for example, by simply driving over small holes. Low maintenance Compared to classic hand lawn mowers, which sometimes require changing filters and topping up oil, the maintenance required for robotic mowers is extremely low. Apart from regular cleaning, which is simply required for any type of lawn mower, the only maintenance work is the occasional changing of blades (in some models only annual). Perfect lawn A robotic mower contributes to a significant increase in the quality of a lawn over the long run. Due to regular cutting, a lawn can grow very lush and thick. At the same time, weeds have less chance to spread. Mulching also makes a significant contribution to the quality of the lawn. The robotic lawnmower does not collect the clippings like most other lawnmowers but leaves the grass blades directly on the lawn. There they decompose within a short time and fertilize the soil in a natural way. This also means that there are no clippings that you will need to dispose of. At the same time, the mulch helps to keep the soil moister in the summer. This means fewer watering intervals. However, a prerequisite for mulch to really add value is regular cutting. Only very short stalks rot quickly enough. With a classic lawn mower, this would require mowing every 3-4 days, which is a significant time commitment. Hardly any time spent on lawn care Probably the biggest advantage of a robotic mower is the time it saves on lawn care. After the one-time installation and laying of the perimeter wire, the device does its work completely independently and also controls the charging station completely autonomously. Especially in larger gardens, there is much more free time if the lawn does not need to be mowed for a few hours every week. Models with an edge trimming function and a suitable design of your lawn edges will help eliminate the need for subsequent trimming. This is also an advantage over classic lawn mowers where, due to their design, trimming the edges of the lawn is usually unavoidable and requires further valuable free time (not to mention another tool). Finally, it also reduces the time you have to spend on fertilizing your lawn. Lawn mulch serves as a natural fertilizer for the soil, so fertilizing intervals can be significantly reduced. In most cases, in addition to mulching, it is sufficient to provide the lawn with additional nutrients once in the spring and at the end of the season in autumn. This also has a positive effect on your wallet. A robotic mower has numerous advantages over classic lawn mowers. Not only does the lawn quality improve but you can also enjoy the pleasures of garden.",
"description": "The market for robotic mowers has been booming in recent years. These industrious garden helpers are becoming increasingly popular among gardener enthusiasts - and rightly so. Compared to other lawn mowers, robots have a whole range of advantages. Lawn care has now become child's play.",
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"published": "2021-05-27"
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{
"type": "news",
"title": "Do robotic mowers improve the quality of the lawn?",
"content": "Supposedly, robotic mowers improve lawn quality compared to their classic lawn mower counterparts. Not only is time saved when a robotic mower takes care of the lawn (almost) all by itself, but there are also practical benefits. What does the robotic mower actually do differently that benefits the lawn and increases lawn quality? The frequent mowing is beneficial for growth A robotic lawnmower should mow a lawn in a rotation every one to three days (maximum), depending on personal preference. This causes the individual lawn blades to grow wider and form more shoots. The lawn becomes denser, thus blocking out pesky weeds. Frequent mowing also stimulates root growth and improves the shear resistance of the plants. This is especially beneficial for lawns that take on a lot of wear and tear. Reduced spread of weeds In general, a robotic mower makes it more difficult for weeds to spread. They tend to grow better when a lawn is infrequently mowed. Moreover, frequent lawn mowing reduces the chances of weed seeds spreading in the first place. At the same time, weeds usually occupy niches created by a lack of nutrients, for example. Neither is the case with a robotic lawn, so the growth of weeds is significantly reduced. Despite that, it is not always enough to reduce the spread of weeds just by using a robotic mower. On lawns where weeds have already spread extensively, other methods may be needed to eradicate them. There are also plants, such as couch grass, against which even a robotic mower is quite powerless. What does help in many cases, though, is to prevent or significantly reduce its reappearance through robotic use. Natural fertilization through mulching Due to frequent operation, a robotic mower only cuts off a very small portion of the stalk tips each time. These simply remain directly on the surface and decompose here. This permanently adds natural fertilizer to the soil. In turn, it improves the growth of the lawn plants and strengthens them, reducing the spread of weeds. For this process to work, lawn clippings must be very short. Otherwise, the decomposition process would take too long and the mulch layer would reduce the aeration of the lawn. For example, weekly mowing with a hand mower is not enough because the tips of the grass blades have already grown too long. Clean cut with the robotic mower Compared to many other lawn mowers, a robotic mower produces an absolutely even and clean cut. This is mainly due to the razor-sharp blades of a robotic mower, which cut rather than knock off stalks, as is the case with the blades of most common lawn mowers. This prevents the tips from fraying and forming brown spots. The cut looks particularly lush, green and healthy. The chaos principle, according to which robots crisscross the lawn, also ensures that the lawn is repeatedly mowed from different angles and thus does not lean in one direction. For garden owners who always mow the lawn according to the same principle, this can result in stripes and thus an unclean cut. This risk does not exist with a robotic mower. A robot with a pendulum-suspended mowing deck also has a positive effect on the cutting pattern. Especially on uneven surfaces, this type of mowing deck guarantees that the lawn is cut uniformely everywhere, even in depressions or on uneven ground. Further tips for lawn care with the robotic mower In principle, a robotic mower offers the optimal conditions for improving the quality of a lawn. Nevertheless, this only succeeds when other aspects are taken into account. For example, if you send your robot out in the blazing midday sun or damage the lawn when tire tracks form during continuous rain, you will certainly not achieve perfect results. Therefore, here are some more tips for the ideal use of your robotic mower: The frequency of mowing should be chosen so that each spot is passed over by your robotic mower. We suggest no less than every two days. For this to succeed, the area output and mowing times must be matched to the size of the lawn. A low cutting height of 2-4 cm tends to help reduce the growth of weeds. However, the cutting height should always be adjusted to the grass mixture. Only by regularly replacing the blades, will they remain sharp enough to really cut off the stalks cleanly. The robotic lawnmower should parked during heavy rain. Even comparatively light models can leave ruts in the lawn in the worst case. In addition, wheels lose grip and the cutting pattern also suffers when the lawn is wet. Despite the use of a robotic lawnmower, it makes sense to thatch the lawn in spring and to supply important nutrients with a nitrogenous fertilizer. Since grass blades tend to dry out quickly after a fresh cut, it is advisable not to let the robot run during the midday heat. The plants lose too much liquid and brown stalk tips might form. There are special lawn mixtures for robotic mowers that are particularly well adapted to frequent mowing intervals and can also absorb the nutrients from the mulch particularly well. A robotic mower can significantly increase the quality of the lawn. However, this is not a foregone conclusion, but only works if you take a few important points into account when using the device.",
"description": "It is often said that a robotic lawnmower improves the quality of the lawn and thus guarantees an exceptionally beautiful lawn. Compared to a classic lawn mower, it not only saves time that is usually spent on lawn care but also produces better results. But is that actually true and how does it work?",
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"published": "2021-05-26"
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{
"type": "news",
"title": "Can the robotic lawnmower cut tall grass?",
"content": "Robotic mowers have become extremely popular in this country. The devices improve lawn quality noticeably through regular cutting and simultaneous mulching and ensure a perfect and even cut without any intervention. Consequently, they are often used for lawns with a comparatively low cutting height. Reasons for high grass in the garden The robotic mower does not always encounter a short-trimmed, well-manicured lawn. There are moments when the grass has simply grown taller: after longer breaks in the rain after the robotic lawnmower has taken a break for some time during a vacation at the beginning of the lawn season before the first cut. However, special types of lawns, such as shade lawns, also require a greater cutting height than commercial or ornamental lawns. Moreover, you may choose not to cut too deeply in favor of biodiversity. In meadows, grass often grows 4 to 6 centimeters longer than a commercial lawn would. This, in turn, poses problems for many models. The cutting height of a robotic lawnmower Manufacturers specify the respective cutting height for their models. In most cases, this is between 15 and 60 millimeters. While this is ideal for commercial and ornamental lawns, it is not ideal for shade lawns. Luckily, there are also robotic mowers that are specially designed for taller grass with a cutting height of up to 100 millimeters. The cutting height can be adjusted either via a lever or display, depending on requirements. Other equipment features for mowing tall grass Often, tall grass is accompanied by a surface that does not create optimal mowing conditions for robotic mowers. Bumpy surfaces or depressions in the ground can cause the robot to drive over some areas causing the cutting length to be uneven. Here, additional equipment features help to counter this problem, so that they can cope accurately with any type of difficult terrain. A pendulum-mounted mowing deck follows the contour of the ground providing a uniform cutting length. All-terrain wheels with a coarse tread pattern perform well on slopes and in wet grass. They also reduce the risk of getting stuck on uneven terrain and ensure that your robotic lawnmower moves safely at all times. A powerful battery is especially important on large lawns so that the robotic lawnmower can do its job efficiently. Long mowing times mean that the device has to go to the charging station less often and thus spends more time on the lawn. When mowing orchards, fallen fruit or leaves are often left on the ground and make the work of some robotic lawnmowers visibly more difficult (especially in autumn). Although it is advisable to remove fruit as well as leaves regularly, some robots can cope better with these obstacles. Robots with star blades have a clear advantage over those with knife blades. Star blades are much more robust and easily shred fruit and leaves while knife blades are more prone to jamming. Cutting length and mulching Robotic mowers with a cutting length of up to 10 centimeters also handle tall grass excellently. However, the same mowing conditions apply here as with short grass. Due to the mulching function – a robotic lawnmower cuts off the stalk tips, which then remain on the lawn to decompose. The robotic lawnmower adds valuable nutrients to the soil with every cut and noticeably reduces the intervals between fertilizing. At the same time, the mulch layer keeps the soil moist longer. Be that as it may, mulching only works if the stalk tips are very short. Longer grass clippings can take a long time to decompose. If this happens, the lawn will not sufficiently aerate and, in the worst case, begin to rot. It is recommended that the cutting interval be around every 2-3 days, even with tall grass, so that you can do without collecting the grass clippings manually afterwards. If this is not possible, such as the first cut after the winter break, it is better to use another type of lawn mower, especially if you do not want to go through the trouble of raking up the grass clippings. If you want your lawn to have a cutting length that exceeds the cutting heights of most models, it is worth purchasing a robotic lawn mower that can easily handle up to 100 mm of cutting height. In addition, other features may be beneficial to produce a perfect cut.",
"description": "The robotic lawnmower is the perfect solution for cutting ornamental lawns. The industrious garden helper improves the quality of the lawn and permanently guarantees an uniform and perfect cut. But is a robotic lawnmower also suitable for cutting tall grass?",
"uri": "/blog/detail/can-the-robotic-lawnmower-cut-tall-grass",
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"published": "2021-05-25"
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{
"type": "news",
"title": "Does a robotic lawnmower need to be cleaned?",
"content": "The time required for lawn care with an electric or gasoline mower is considerable. In addition to mowing, grass clippings may need to be collected, and in between, fertilizing and thatching may also be essential. All these steps are largely eliminated with the purchase of a robotic mower. What remains, however, is the effort required to clean the device - right? Robotic mowers - low maintenance and easy to care for Unlike gasoline mowers, robotic mowers do not have filters, oil or other parts that require regular maintenance or replacement. Only the regular replacement of the blades is necessary. But what about cleaning the device? Dirt has a negative effect on performance If grass clippings, leaves or other dirt particles collect between the wheels or on the mowing deck, the robot's performance will sooner or later be impacted. The device will, in turn, consume more energy, i.e. it will have to return to the charging station more often, the uniform cutting performance will decrease with dirty blades and the noise level will increase. To prevent this, regularly cleaning your robotic mower is recommended. Depending on the frequency of use, experts even recommend cleaning the industrious garden helper once a week. However, the intervals depend on several factors: weather conditions (more frequent when the lawn is damp) frequency of use lawn type soil conditions sdditional equipment features What cleaning work is required for robotic mowers? The problem areas with robotic lawnmowers are undoubtedly the wheels, the area between the wheels and the housing as well as the mowing deck. Less frequently, but still at regular intervals, you should also turn your attention to the charging contacts. Leaves and dirt hinder optimal functioning of the wheels, so you should free them of disturbing annoyances regularly with a stick, a coarse brush or with the help of compressed air. To remove grass residue on the underside of the device, be sure to refrain from using water. While even a downpour cannot harm the robot from above, the underside is not necessarily designed for running water. To remove dry and stubborn grass residue, it is also advisable to use a coarse brush or a plastic kitchen spatula, which can be used to scrape off most grime in no time. Last but not least, periodically check the charging contacts. Dust and dirt also collect there from time and time, which can sometimes significantly slow down the charging process. Wiping them with a damp cloth or even sanding them down, if rust has formed, is enough to clean the contacts. Equipment features prevent soiling Although a robotic lawnmower drastically diminishes the time needed for lawn care, some lawn maintenance will be necessary. Have no fear though, there are features that can contribute to less cleaning. Self-cleaning wheels ensure that less dirt sticks to the tires. Even while driving, the wheels clean themselves, which ultimately has a positive effect on traction. Self-cleaning mowing decks, which are standard on some models, remove grass residue directly during the mowing process. Mulch has no chance of drying out, so regular cleaning is significantly reduced. Other models can easily be retrofitted with a mulch remover. The effect is the same as with the self-cleaning mowing deck, so a one-time investment will definitely pay off in the long run. Keeping an eye on safety When cleaning, your personal safety should always be the top priority. Manufacturers have installed a special safety switch specifically for this purpose. This prevents the blades from starting in an uncontrolled manner. Activating this switch should be the first action taken before cleaning the robotic lawnmower. While the top of the robot often remains clean due to the rain, grass debris accumulates on the underside, increasingly gumming up the mowing deck. To remove it, wearing heavy duty, cut-proof gloves is mandatory. Otherwise, there is a risk of serious cuts from the razor-sharp blades. Practical equipment features ensure that the cleaning effort for a robotic mower is further reduced. This leaves you plenty of time to devote to your garden and simply enjoy a perfectly manicured lawn.",
"description": "With the purchase of a robotic lawnmower, the effort required for lawn care is suddenly reduced, at least if the model really suits your garden. Optimally, smart, additional features ensure that you hardly have to spend any time on cleaning and maintenance, leaving you with the maximum fulfillment of your perfectly manicured lawn.",
"uri": "/blog/detail/does-a-robotic-lawnmower-need-to-be-cleaned",
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"published": "2021-05-22"
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{
"type": "news",
"title": "How to determine the size of the lawn area for the robotic lawnmower?",
"content": "Manufacturers of robotic mowers specify the area output for individual models. This tells you what area your device can mow in a certain time under ideal conditions. Perfect cutting results can only be achieved if the specified performance matches your garden. How do you find out how large the area of your own garden actually is? The size of your own garden is important for selecting a suitable robotic lawnmower model. However, the calculation is not always very simple. The first variant works classically by calculating individual areas: Common lawn shapes and their formulas for calculation Shape Formula Shape Rectangle a x b Square a2 Right-angle triangle a x b / 2 Obtuse triangle a x b / 2 Convex square (a x h1 / 2) + (a x h2 /2) Rhombus a x b Rhomboid a x b Trapezoid (a + c) / 2 x h Right-angle trapezoid (a + b) / 2 x c Semi-circle π x r² / 2 Circle π x r² L-Shape (a x b) + (c x d) U-Shape (2 x (a x b)) + (c x d) Of course, not every garden has an ideal shape, so it may be necessary to divide the garden into individual areas. This works best if you make a sketch of the garden first. Calculate lawn area with Google It is easier and faster to calculate your lawn area with Google Maps. With the range finder, the tool offers a really handy way to measure your own plot. First, enter the desired address in Google Maps. Right-click on a point at a corner of the property and select \"Measure distance\". Now click once around the lawn. To make the line more precise, you can also add more points afterwards. Finally, you can easily read the result. In addition to the circled area, the distance is also displayed. This is particularly useful for directly determining the approximate length of the boundary wire required. The area output of the robotic lawnmower - suitable for the lawn area Manufacturers initially specify the maximum area output for robotic mowers. This value indicates how much area the device can mow in a certain time under absolutely optimal conditions. In practice, however, these conditions are rarely achieved as factors such as complex garden layouts, slopes, weather conditions or even the type of lawn influence mowing times. Accordingly, there is a second value with the recommended area output, which is significantly below the maximum performance but in many cases corresponds to reality. If you want to determine which area output the robotic lawnmower needs to mow your lawn in a desired mowing time, proceed as follows: Determine the weekly operating time of your robot in hours. For example, if this is 6 a day, but Sunday is excluded, you will arrive at 36 hours a week. Determine how many hours the robotic lawnmower should be in use according to the manufacturer in order to achieve the specified mowing output. Calculate the lawn area of your yard. Put the numbers into the following formula: Lawn area in m² / planned mowing time in hours x assumed mowing time of the manufacturer = required area output (according to the manufacturer). In the above example, this would make the calculation as follows: 1,250 m² / 36 hrs. x 120 hrs. = 4,166.67 m² For an area of 1,250 m², you would therefore need a robotic lawnmower with an area output of around 4,200 m² if the robotic lawnmower is only to be used 6 hours a day. Important terms when determining the area performance In addition to the area output, there are other key figures that are important for the overall performance of the robotic lawnmower: maximum operating hours per day. This figure tells the maximum time the robotic lawnmower can spend on the lawn per day minus charging times. mowing capacity as area output per hour mowing cycle: During this time, the device mows the entire lawn once. cutting width: The larger the cutting width, the larger the area the robot can mow with each pass, i.e. the more efficient the device is. battery run time: the larger the battery, the longer the mowing time. This also shortens the total time it takes to mow the entire area once. mowing speed: the speed of the robotic lawnmower in km/h. Calculating the lawn area is an indispensable requirement when purchasing a suitable robotic lawnmower. An even cut is ensured only if the model is powerful enough to mow your lawn in the desired time.",
"description": "The most important key figure of a robotic lawnmower is the area output. If this does not match the actual lawn area, the robotic lawnmower may not be able to mow the entire area in the specified time. The result: The lawn is not perfect and unevenly cut. So how do you correctly determine the area for the robotic lawnmower?",
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"published": "2021-05-24"
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{
"type": "news",
"title": "How loud is a robotic mower?",
"content": "Robotic mowers are often the cause of quarrels with neighbors who can be perturbed by the constant sound. Garden owners themselves report time and again that their robotic mower is only used when no one is present due to its sound level. In order to enable an assessment even before the purchase, manufacturers therefore specify the dB that the robot gives off during normal operation. But what does 60 dB or 75 dB actually mean? Not every robotic mower is equally loud Overall, it is true to say that robotic mowers are substantially quieter than electric or gasoline mowers. However, there are big differences between individual models. Factors that affect the volume of a robotic mower include: engine (the greater the power, the louder most units are) compliance with regular maintenance intervals cleaning or soiling sharpness of the blades weight (the heavier, the more powerful the motor must be) number of blades (usually louder with two shafts) What does the dB figure mean? For almost all devices, the volume is indicated in dB. The decibel represents the scale of a metric unit and is a logarithmic scale. This means that the perceived loudness results from an increase of 10 dB - rather than doubling the dB until the volume feels twice as loud. To better explain, a robotic mower with a volume of 70 dB seems much louder than one with 60 dB. Examples of volume It is not always easy to imagine how loud a device with a specified dB is. Therefore, the following table gives some examples: Sound level dB Sound level 10 dB breathing, leaves rustling in the distance 30 dB whispering, bedroom at night 40 dB quiet library 50 dB birds chirping, quiet apartment 60 dB Entertainment (music, TV) 70 dB blender, vacuum cleaner 80 dB drilling machine 90 dB traffic from 10 meters away, club- 1 meter from a speaker 100 dB circular saw, jackhammer 140 dB takeoff of airplane The distance is also important Strictly speaking, the distance from a noise source must also be taken into account when specifying the dB. For reasons of simplification, however, this information is usually omitted. If you move away from a noise source, the perceived volume decreases by 6 dB every time the distance is doubled. A robotic lawnmower with 60 dB at a distance of 5 meters has a noise level of only 54 dB at a distance of 10 meters. Legal limits that are related to properties or even the night's rest always applies at the boundary of the property. Therefore, the decisive factor is how loud a noise source appears in the immediate vicinity of the neighbor. After all, a robotic mower in the middle of a 5,000 m² garden will be perceived differently - or not at all - than a robot mowing directly at the fence. Are robotic mowers allowed to mow at night? In principle, lawn mowing is prohibited almost everywhere on Sundays and public holidays as well as in the evening between 8 p.m. and 7 a.m. the next morning. Violations can certainly be punishable by severe fines. However, there are special regulations for robotic mowers with a sound emission of less than 60 dB. They may be used until 10 p.m., provided they are marked accordingly on the device. But what about at night? This question can best be answered - apart from looking at the emission protection laws of the federal states - by asking your neighbor whether he or she feels disturbed. Robotic mowers with an operating noise level of 60 dB or less usually do not cause quarrels in the neighborhood. Regardless of this, however, the question arises whether it is really necessary to run the robotic mower at night. During this time, nocturnal wild animals such as hedgehogs are out and about, searching for food on the lawn and can suffer serious injuries from the blades. Using convenient mowing times, we recommend programming your device so that the robot works in the morning, for example, when there are no people in the garden. Reduce the noise of the robotic lawnmower The largest factor regarding the volume of a device you cannot influence, is simply due to its design. Thus, if the noise increases during operation, it is recommended to take a few measures so that your robotic lawnmower runs quieter again: regular cleaning and maintenance replace the blades use particularly sharp blades fix technical problems In principle, robotic mowers are quieter than any other type of lawn mower. Nevertheless, people may feel disturbed by their operation. To avoid this, it is recommended to purchase a robotic mower with a low dB number.",
"description": "Robotic mowers are in operation every day: sometimes for several hours, sometimes even on Sundays and holidays. With that being said, the noise level can quickly prove annoying for you or even the neighbors. This can lead to serious disputes. Hence, the important question is how loud the robotic mower actually is and what level is still considered reasonable?",
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"published": "2021-05-23"
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{
"type": "news",
"title": "Which robotic mower is suitable for 2,600 m²?",
"content": "There are robotic mowers for almost every lawn size: while the compact class at the lower end of the scale is designed for 150 m², professional robotic mowers can handle 10,000 m² and more. For the home garden, there is a whole range of different models for small and large gardens alike. But area output alone is not enough. What other features should a robotic mower for 2,600 m² have? The choice of area output for the robotic mower When looking for a suitable robotic mower, one of the first things to look at is certainly area output. This tells you how many square meters the robot is designed for. With that being said, this figure should be carefully considered. Some manufacturers specify a maximum area output, which is usually achieved under truly ideal cutting conditions. This means a garden without slopes or a complex layout. In reality, this is rarely the case. The manufacturers are also aware of this and sometimes give another value with the \"recommended area output\", which provides better orientation. This is up to 30% below the maximum output and thus takes into account those challenges that can reduce area output. This provides a first good guide value. The second is derived from the mowing time. Consider mowing times The question arises as to which mowing duration the calculation of the maximum area output is based on. Some robotic mowers only leave their charging stations for 12 hours a day due to software limitations. Others can make their rounds 24 hours a day. A device that mows the same area in less time is obviously more efficient. Regardless of the potential mowing time, hardly any garden owner wants to have the robot working around the clock. Perhaps Sundays are the perfect day to take off, or nights so that the robot stays in its garage to protect nocturnal wildlife, or in the afternoons while the children are playing in the garden. Your garden helper is not the only one who deserves a break now and then. All of these should be taken into account when considering the area output you will need, and don't skimp on the maximum power based on your garden size. A model that is designed for somewhat larger areas will cut 2,600 m² in a short time. Powerful battery power The more power the battery brings, the faster the robotic lawnmower can completely mow the 2,600 m². When choosing a battery, a heavy duty Li-Ion battery is recommended. These batteries are characterized by an ideal ratio of weight and capacity. Mowing times of more than 90 minutes are no challenge for these battery types, while recharging takes just over an hour. Consideration of terrain shape and layout A lawn area of 2,600 m² is rarely rectangular and level. Rather, there are bumps and divots in the ground, slopes or corners in the garden that require skillful turning maneuvers. In order to cope with these challenges, other features are recommended for your new robotic lawnmower: In order to effortlessly manage mowing on slopes, it is advisable to pay attention to the maximum slope specified by the manufacturer when purchasing the robot. While some models are only designed for slopes of 20-25%, other robots will work their way effortlessly on slopes up to 45% or more. Not only for slopes, but also when navigating on wet lawns, a good wheel grip is also important. Robotic mowers with special traction wheels have an added measure of safety and function with a good grip of the lawn in any weather condition. Another criterion for a robotic mower to do its job to your complete satisfaction, in addition to efficiency, is a perfect cutting pattern. However, this can only be achieved if the robot detects unevenness in the terrain and thus ensures an even cutting height at every point. A model with a pendulum-suspended mowing deck that follows the landscape at all times promises an accurate cut. In a garden with an area of 2,600 m², efficiency is the key. What matters here is a large cutting width that allows the machine to mow a large area in a short time. However, to guarantee that this does not come at the expense of maneuverability, fine sensors are required to help the robot navigate elegantly around obstacles. Simplified lawn care thanks to robotic mowers Garden owners who purchase a robotic mower usually want to spend as little time as possible on lawn care. This leaves more free time to enjoy the garden to the fullest. To be successful at this and to eliminate time-consuming retouching that would be required of a - 2,600 m² lawn, other features of a robotic mower are helpful: The edge-cutting function of a robotic lawnmower guarantees that those annoying strips (sometimes several centimeters long) along the lawn edges are now reachable. Instead, the blades on models with this function extend beyond the wheelbase and capture blades right up to the edge. In most cases, your lawn trimmer can remain in the tool shed. Whether the first cut after winter, a long lawn after your vacation or a deep cut before thatching - the cutting length of a lawn varies within the year. To avoid having to reach for the classic manual lawn mower in between, a model with great flexibility in terms of cutting height is recommended. Of course, on top of these functions, there are a whole range of other helpful features such as GPS navigation, app control or additional sensors that can further optimize handling. To what extent these are worthwhile depends on your personal preferences.",
"description": "While compact robotic mowers that are particularly maneuverable score points in small gardens, efficiency is the most important factor on larger lawns. The area output of a robotic mower is probably the most important criterion that plays a role in the purchase. The robot can only cope with the area in the desired mowing time if its performance is matched to the area. ",
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"published": "2021-05-21"
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"type": "news",
"title": "Which robotic lawnmower is suitable for 2,000 m²?",
"content": "With the purchase of a robotic lawnmower, almost every garden owner pursues the dream of putting their feet up and leaving the lawn care completely to their garden helper. For this to succeed, however, it is important to have a good balance between the area output of the device and the actual size of the lawn. In addition, numerous other equipment features play a key role in making the work as easy as desired. Area performance vs. mowing times Manufacturers specify a maximum area output for each robotic lawnmower. Nevertheless, this can only be achieved under truly perfect conditions. Meaning, it is well worth taking a look at the recommended performance (rather than maximum). This takes into account that there are challenges in almost every garden such as slopes, obstacles that need to be avoided or angles that require complex turning maneuvers. All of these factors will cause the robot to work slower or require additional battery capacity that will, in turn, lead to more time at the charging station. Taking these factors into account is not enough if you want to send the robot out only on certain days or at restricted times. This results from the fact that manufacturers determine the maximum and recommended mowing times based on the maximum possible mowing time. For some robotic lawnmowers, this can be 24 hours a day. If the robot is only to be in operation 6 hours a day, the maximum performance is reduced by 1/4 of the original specification. To ensure that the robot is suitable to a lawn, the first thing to do is to think about the garden layout and possible mowing times. Then, other features come into play that can prove helpful in increasing the efficiency of your robotic mower. Powerful Li-Ion batteries The longer the robotic mower spends time on the lawn before returning to the charging station and the shorter it stays there until the battery is fully recharged, the faster the entire job is done. Modern Li-Ion batteries, which are comparatively robust, have become the go-to standard. Above all, they impress with their favorable ratio of weight to power. Sensors for greater maneuverability In gardens with many obstacles, there is a risk of massive time loss due to constant turning maneuvers. Lawn robots don't have eyes, so they don't detect objects until they run into them. Therefore, the robot changes direction and continues its work along a different path. Modern 360° sensors not only increase safety by detecting obstacles around the device at an early stage, but also have a positive effect on maneuverability. Perfect grip off-road Slopes also reduce the speed of a robotic mower, especially if the ground is damp and the robot starts to slide. Special traction wheels provide the perfect grip on level ground, as well as on slopes, in any weather. At the same time, the device can climb slopes quite effortlessly, which can have a positive effect on battery performance. Whisper quietly through the garden The lower the noise level of a robotic lawnmower, the longer the mowing times can be. They can even be extended to weekends (Sunday). Robots with a noise level of less than 65 dB are considered particularly quiet, which is good news for your neighbors. Even if you are in the garden during mowing times, there is a good chance that you will not even notice your robot. Perfect cutting pattern on the area In the case of areas of 2,000 m², there is a high probability that the landscape will not be perfectly flat but will have some minor irregularities. Thus, there is a risk that the robotic lawnmower simply drives over certain areas without cutting evenly. The result: the cut looks patchy. Luckily, this is not the case with a robotic lawnmower with a pendulum-suspended cutting deck. This function allows to robot to follow the contour of the ground, providing the same length at every point. Multi-zone mowing for complex gardens Hardly any garden will have a single large area of 2,000 m². Much more likely is a large main zone and various secondary zones, perhaps even separate zones. To ensure that the robotic lawnmower really takes every part of the garden into account when mowing, a model is needed that allows several starting points to be programmed. The robot then moves to these points at regular intervals and takes care of these areas. Easy programming and control In a large garden, it's helpful if you can send the robotic mower back to the charging station via app with ease. Manual navigation through passages is also easy with your smartphone if the GSM module is installed in the device. Be that as it may, simple control is sometimes required not only from a distance but also directly on the device. Devices with a clear touch display are particularly useful here. Theft protection thanks to PIN With a lawn area of 2,000 m², you might not be able to locate your robotic lawnmower. Bushes, trees or flower beds can block the view. Apart from that, you most likely don't watch the robot all the time anyway. To prevent thieves from simply grabbing the robot and stealing it, effective theft protection is required. While some models work via a PIN code, other models with GPS tracking offer functions such as geofencing - further increasing security. At 2,000 m², a powerful robotic mower with high efficiency is required. This can be greater optimized with additional features. Therefore, it is advisable not to focus exclusively on the area output when buying, since achieving perfect cutting results in the desired mowing time is also key.",
"description": "Matching the area output of the robotic lawnmower to the actual lawn size is crucial to achieve optimal efficiency. For cutting lawns of 2,000 m², equally powerful performance and perfect cutting results are required, so choosing a suitable model depends on these details.",
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"published": "2021-05-20"
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{
"type": "news",
"title": "Can a robotic lawnmower cross paths?",
"content": "Whether it's a connecting path from the patio to the cozy seating area by the pond or a paved driveway that separates two lawn zones – often times there are places in a garden that the robotic lawnmower has to cross in order to do its job. Is it even possible to drive over such passages? How do you even deal with such an obstacle? Paths in the garden are diverse A path is not just a path. While the connection between the terrace and the flowerbed in one garden may only consist of individual stone slabs, other garden owners prefer a modern covering of pebbles. Perhaps the paved driveway, several meters wide, lies between the main zone and another zone. All of these surfaces present different challenges for the robotic lawnmower. Which paths can a robotic lawnmower traverse? Not every surface is equally suitable for a robotic lawnmower to drive over. Basically, paved areas with a flat surface are unproblematic. On the other hand, natural materials such as bark mulch call for a little caution. Although the wood chips are usually simply chopped up by the blade, they lead to significantly faster wear and the destruction of your path. The situation is different with gravel paths or pebbles. Naturally, there is a high risk of a loose stone getting caught in the running mower and damaging the blades. There is also the risk of the robot getting stuck in the gravel. In principle, it is possible to drive over this type of passage - although not always advisable. To avoid damage and to find a temporary solution, you could at least increase the cutting height as much as possible so that the blades are as far away from the ground as possible. However, we do not recommend this. Avoid height differences when building paths To ensure that the robotic lawnmower does not cause any problems when crossing paths, the difference in height between the lawn edge and the pavement should be identical. At best, lay the stones so that they are level with the ground surface. This also has the advantage that the robot can simply drive over the edges and mow them together with the rest of the lawn. An alternative is to backfill with soil so that the robotic lawnmower can get over the slope onto the stones without getting stuck on the edge. Avoiding problematic paths - this is how it works! If gravel paths cross the entire garden, the robotic lawnmower would permanently run over them and \"mow\" them. To prevent this from happening and still ensure that the entire lawn is mowed, you can leave out certain paths using the boundary wire. This means only narrow passages will remain, which the robot can then use. Ideally, you should lay solid stone slabs, which the robot can safely cross. You then simply define the individual areas as main and secondary zones with different remote start points. What features does a robotic lawnmower need to traverse paths? Some robotic mowers have features that make it even easier to drive over paths: A pendulum-mounted mowing deck follows the course of the terrain and thus ensures a perfectly trimmed lawn even at the transitions. It is much easier to drive over different ground surfaces with particularly large wheels, which at best, have a coarse thread. Moreover, they also do not wear down as quickly. Control via app offers foolproof programming of remote starting points, and also offers the ability to navigate the robot from one zone to another via a path from the comfort of your patio. Star blades are much more robust than knife blades. Should a small stone get caught, the risk of the blades suffering irreparable damage is lower. Using paths as passages Paths can be used so that your robotic lawnmower can independently move from one zone to another without you having to move it manually. To do this, it is only important to lay the perimeter wire correctly and, if necessary, define a remote starting point. For this purpose, the passage should be at least one meter wide. This ensures that the signals does not interfere with each other on both sides. If not, the robotic lawnmower could get stuck on the passage. Incidentally, creating a passage works in the same way if the robot is to pass a long driveway several meters in length. Here, simply place the perimeter wire marking the passage in the joints or under the cobble stones. To prevent the robot from getting stuck in the passage and mowing it, it is possible to install a tunnel circuit or to lay a small loop on each side of the entrances so that it is artificially narrowed. The robot then only passes these when it approaches them head-on. It is not necessary to include paths that lead across a lawn and are on ground level. The robotic lawnmower simply drives over these when mowing. In principle, it is no problem to let the robotic lawnmower drive over paths. To ensure that the device does not suffer any damage, the main factor is the type of surface. When covering longer distances, laying the perimeter wire may require additional time. It is definitely worth it, especially if you do not feel like carrying your garden helper from zone to zone on a regular basis.",
"description": "In almost every garden there are paths that cross the lawn. Sometimes there is also a paved connection from one lawn area to another. The question then arises: “Can a robotic lawnmower simply drive over them, or is it necessary to lay the perimeter wire around the obstacles”?",
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"published": "2021-05-18"
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"type": "news",
"title": "Which robotic lawnmower is suitable for which lawn size?",
"content": "The decision in favor of purchasing a robotic lawnmower is often pondered in order to reduce the effort required on lawn care and ultimately to have more time to enjoy leisure time in the garden. However, this only works if the robotic lawnmower is suitable for the area. Besides that, other features are important so that the device can do its job to your complete satisfaction. It all depends on the area output The first thing to look at when comparing different robotic lawnmowers is the area output. After all, the robot can only mow an entire area if it is designed for it in the first place. Caution is advised here with the manufacturer's specification of the maximum area performance. This merely states what area a robotic mower will mow under truly perfect conditions. In reality, however, the following factors can reduce this optimum by up to 30%: slopes obstacles to be avoided weather conditions (rain sensors) variable mowing times lawn type garden layout Determining mowing times When determining the theoretical maximum area output, some manufacturers calculate with round-the-clock operation, while for others use mowing times limited by the software to 12 hours a day, for example. In everyday life though, hardly any garden owner will let the robotic lawnmower work around the clock. It is much more likely that it will be limited to the morning, so that the garden can be enjoyed peacefully after work. At night, on the other hand, you should refrain from using the robotic lawnmower anyway. Don’t forget, you don’t want to endanger our nocturnal friends like hedgehogs and others. Before you determine the required area output of the robot, first think about the desired mowing times per week. Calculating the correct area output Once the maximum mowing time per week has been determined, the next step is to calculate the required area output in order to manage the lawn area in the desired time. Of course, you also need to know the size of the lawn. This can be determined using Google Maps, for example. Then the required area output can be calculated as follows: Required area output of the manufacturer in m² = lawn size in m² / desired mowing time in hours x operating time for the area line in hours according to the manufacturer. Example: You would like to have a 1,000 m² garden mowed for a maximum of 40 hours per week. The manufacturer specifies a mowing time of 120 hours for its models to achieve the area performance: 1,000 m² / 40 hours x 120 hours = 3,000 m². You will need a robotic lawnmower with a maximum area output of 3,000 m² for your garden. Features of a robotic lawnmower for small areas Small lawns (e.g. 300 m²) usually require different demands of a robotic lawnmower. It is less important to have a powerful battery that mows large areas in a short time, but primarily maneuverability and an accurate cutting result in winding gardens is vital. Particularly important features for robotic mowers in small gardens are therefore: pendulum suspended mowing deck low noise level cutting width from 18 cm sensors for maximum maneuverability 360° sensor for obstacle detection Features of a robotic mower for large areas Large lawns of 2,000 m² and more require a powerful battery so that the robotic mower can cover the area in the shortest possible time. A large cutting width also ensures that the robotic lawnmower works efficiently and should NOT be at the expense of the cutting results. pendulum suspended mowing deck powerful Li-Ion battery cutting width up to 56 cm 360° sensor for obstacle detection Features of a robotic mower for slopes If there is a slope in your garden, this should play a role in the purchase decision. While many cheap models are only designed for slopes of 20-25%, high-quality robotic mowers can handle slopes of up to 45% and more. Wheels that are suitable for off-road use are particularly important as they enable the robot to easily drive up and down slopes without slipping. The wheels have a particularly good grip and therefore always provide optimal traction. Reducing the time spent on lawn care Finally, it is important to reduce the time spent on lawn care. Accordingly, your robotic lawnmower should have other features regardless of its area output: A GSM module facilitates the control and programming of the robot through app use, which can be done independently of location and time. An edge-cutting function reduces the need for retouching the lawn. If the lawn edges are appropriately designed, subsequent trimming is completely unnecessary. If the robotic lawnmower is equipped with a mulch remover, the cleaning effort is minimal. It certainly makes a difference whether your lawn area is 300 or 2,000 m² because there is no robotic mower that offers the perfect solution for all lawns. In order to really find the right model, it makes sense to deal with the conditions of your own garden before purchasing.",
"description": "Before purchasing a robotic mower, the question always arises as to which model is best suited for one's own garden. The new garden helper should reduce the effort for lawn care to a maximum, deliver perfect cutting results and should interfere as little as possible while you relax in your garden. To ensure that all of these are achieved, it is first helpful to take a look at your own lawn size.",
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"published": "2021-05-17"
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{
"type": "news",
"title": "Which robotic mower is suitable for large areas?",
"content": "Manufacturers offer models of individual product series sometimes in several versions for different area output. The prominent criterion is then not only price but also battery power. After all, the larger the area, the faster and more efficiently the robot must work to cover each area within the specified mowing time. In addition to the battery, other variables determine the suitability of a robotic lawnmower for large areas. Specified area performance for robotic mowers for large areas One of the first things to look at when searching for a robotic mower is probably the area output. You will discover very compact robots that are designed for 300 m²may . You will also come across high-performance robotic mowers that, with 10,000 m² and more, are more reserved for professional usages on parks, golf courses and sports facilities. The most important thing to note is the distinction between the maximum area output and the manufacturer's recommended area output. While the maximum output is a value that is really only achieved under absolutely perfect conditions, the recommended output gives a realistic value that you can use as a guide. After all, there is hardly a garden without pitfalls that becomes a challenge for a robotic mower and affects area output all around. GPS control and / or GSM module and control via app When mowing a large lawn, it is helpful if you can locate your robotic lawnmower at any time. Equipping it with a GSM module or a GPS function helps to ensure that operation and control via app or voice control is not only particularly easy, but also supports you in finding your robot at any location. Some models also optimize their path guidance with a corresponding GPS module, which leads to even more efficient mowing in the long run. Efficient cutting width and high-quality battery with long runtime In the case of robotic lawnmowers for large areas, the cutting width plays a decisive role in how quickly the device can mow. For example, a robot with a cutting width of 56 cm can cover twice the area in the same amount of time as a model with a cutting width of only 28 cm. Another important factor is battery life. The longer the robot can make its rounds before it has to return to the charging station, the higher the area output- especially if the charging time is comparatively short. Staying flexible - programming multiple mowing zones Very few large gardens have a single mowing zone. Rather, there is usually a large main zone and other secondary or separate zones. These are often connected to the main zone by a passage or even completely separated from it. For this reason alone, it is important that the robotic lawnmower has the option to program multiple starting points. If you have separate zones, it may also be advisable to purchase a second charging station. This should be available in the manufacturer's range of accessories so that the device can be easily retrofitted if required. Good off-road mobility even on uneven terrain If your garden has a combination of flat and slanted surfaces, the perfect wheel grip is crucial in every situation. This ensures that your robotic lawnmower always has the best possible grip, even in damp weather and is not in danger of slipping away on inclines. In addition, good maneuverability and stable blades also have an effect on better area output. This becomes noticeable when the robot can perform its work faster and you have more time to enjoy the garden undisturbed in peace. A free-swinging mowing deck is used for optimal terrain detection and always ensures an accurate and clean cut even with a difficult landscape. Sensors and other useful features for large areas It is not uncommon for robotic mowers for large areas to have other additional features that proves quite beneficial in everyday use: An edge mowing function ensures that you are spared the time-consuming retouching of trimming the edges. With the help of a rain sensor, the device detects precipitation and shifts mowing times to dry periods. This not only improves the life of the robot but also the cutting results. A turbo mowing function is ideal for the first cut in spring. The robot also carefully mows tall grass in a short time. Additional sensors for detecting obstacles not only increase safety but also speed, as complex turning maneuvers are eliminated when the robot changes direction early. Robotic mowers with and without a boundary wire For private use, lawn robots without a boundary wire are hardly common. The devices work with special sensors that detect the ground. This requires that the lawn area is clearly marked off from the perimiter areas or even beds. However, a robot without a boundary wire is necessary if the area is too large to be surrounded by a boundary wire. It is important to follow the manufacturer's instructions, as the cable cannot be extended at will without the risk of signal interference. Otherwise, an alternative would be the use of two or more robots simultaneously. Criteria for a lawn robot for large areas When buying a robotic lawnmower for large areas, the following criteria are of particular importance: sufficient recommended area output strong battery with long run times and short charging times good cross-country mobility convenient operation, ideally via app or voice control. Mowing the lawn can be extremely time-consuming for large areas. A robotic lawnmower with an appropriate area out will take a large part of the work off your hands as long as the device meets all requirements. Therefore, consider the individual conditions of your garden when buying.",
"description": "A robotic lawnmower for the front yard is not suitable for a park-like area and vice versa. There is a reason why robotic lawnmowers come in different models. Not only pure areas but also other environmental variables distinguish small and sprawling gardens from each other. But, what exactly distinguishes a lawn robot for large areas?",
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"published": "2021-05-16"
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"type": "news",
"title": "Which robotic lawnmower is suitable for 5,000 m²?",
"content": "The larger the garden, the greater the time required to keep it permanently in good shape. This is especially true for lawn care, which takes a lot of time even when using a riding mower. After all, not only is regular fertilizing necessary, but the edges also require trimming. The purchase of a robotic mower helps reduce the time required to a minimum. The only important thing here is to purchase a device that really suits your garden. Why area performance is important A robotic lawnmower moves along at a certain speed as long as the battery has sufficient capacity. When battery power is running low, the charging station starts up and stores energy for the next trip. These processes cost time and mean that the robot cannot mow an infinitely large area. After all, it is important that the robotic lawnmower passes over every patch of lawn once every two days (on average). This is the only way to ensure that grass clippings are short enough to quickly decompose as mulch and serve as a fertilizer for the soil. Follow manufacturer's instructions Manufacturers specify a maximum area output for which the robotic lawnmower is designed. Nevertheless, this refers to an ideal area without slopes, a simple layout and the maximum utilization of the possible mowing time, which is not infrequently 120 hours and more a week. Reality, of course, is rather different: There are flower beds and other obstacles that force the robot to make turns again and again, slopes that wear down the battery faster than on a flat surface, and perhaps a robust lawn type that also costs additional power. In addition, running times will be limited if you give the robot a break on Sundays or limit the mowing times to the morning so that you can enjoy the garden in peace after work. All these factors significantly diminish a specified area output, so it is always advisable to choose a model that has a buffer of around 30% of the area. Important features of a robotic mower for 5,000 m² With a robotic mower for 5,000 m², efficiency is what matters most. After all, the device should mow your lawn in the shortest time possible. In comparison to a model with a small cutting width, a model with large cutting width ensures that the robotic lawnmower mows a larger area with each pass. For this purpose, there are models that have two or more blades next to each other. Strong battery power increases the duration that the robot can spend on the lawn. Simultaneously, time spent at the station should be as short as possible. Modern Li-Ion batteries meet these requirements and are characterized by their light weight and compact design. Lawns with 5,000 m² are rarely level. If there are slopes in the garden, make sure the robot is designed for them when purchasing. Some models are only designed for slopes of up to 20%, while others can handle 45% or more. Moreover, a terrain is usually characterized by bumps, dips or other irregularities. These can certainly contribute to an unclean cutting pattern. A robotic mower with a pendulum-suspended cutting deck follows the contour of the ground so that the lawn is cut perfectly even at every point. To reduce retouching to a minimum and avoid having to spend several hours working on the edges with the lawn trimmer, it is advisable to purchase a robotic mower with an edge-cutting function. Here, the blades protrude beyond the wheelbase so that, depending on the design of the lawn edges, it is possible to cut right up to the border - making tedious retouching a thing of the past. Other helpful features of robotic mowers on large areas The technical performance of the robotic mower, which must be given so that it can cope with an area at all, is one thing. With that being said, convenient operation and safety are also important features that a robotic mower should bring. To achieve this, some robot models are equipped with the following. 360° sensors theft protection control via app or touch screen GSM module GPS function mulch remover for reduced cleaning effort multi-zone mowing through remote starting points wheels suitable for rough or wet terrain Alternative: Use several robotic mowers in parallel If you cannot find an appropriate model that can cut your 5000 m² lawn within a desired mowing time, it is also possible to have two, smaller robots in operation. However, there are some special features to consider when laying the perimeter wire so that their signals do not get crossed, allowing each device to work properly in its zone. In order to ensure error-free installation, it is recommended that a specialist be commissioned for the initial start-up.",
"description": "A lawn area of 5,000 m² and more goes hand in hand with a considerable amount of work for lawn care: at least if you don't own a robotic lawnmower that makes the job noticeably easier. With the choice of a suitable device and robot-friendly garden design, the garden helper takes over almost all tasks from mowing to edge trimming.",
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"published": "2021-05-15"
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{
"type": "news",
"title": "Which robotic lawnmower is suitable for 3,000 m²?",
"content": "The decision to purchase one robot lawnmower in favor of the other depends on a whole range of different criteria. After all, garden design is a highly individual matter that by no means always places the same demands on a robotic lawnmower. However, some aspects are also related to the size of the lawn. Which robot is suitable for 3,000m²? The area output is decisive Manufacturers usually specify both a maximum and a recommended area output. While the maximum is really only achievable under perfect cutting conditions, the recommended area output takes into account delays due to complex garden layouts, slopes or breaks in bad weather. However, both share the fact that you need to have the robot in use virtually permanently to really achieve the output. For some models, this means a software restriction to 12 hours a day, while other models can work basically be in operation around the clock. Usually, however, it is not the wish of a garden owner to have the robot mowing every day. In addition, night time breaks should be observed simply because of nocturnal wildlife, so as not to expose them to unnecessary danger. Moreover, breaks may be essential when children are playing on the lawn. That means the area output of the robotic mower should not be too tight. Calculating the area output of the robotic lawnmower Area output of the robotic lawnmower according to the manufacturer in m² x planned weekly operating times in your garden in hours / operating time in which the area output according to the manufacturer is achieved (including charging times, in hours) = actual area output of the robotic lawnmower per week. By rearranging accordingly, you can then also use this formula to calculate how long the robot should be in use each week for a given area: existing lawn area in m² x operating time in which the area output according to the manufacturer is provided (including charging times, in hours) / area output of the robotic lawnmower according to the manufacturer in m² = required mowing time of the robotic lawnmower in hours per week. It is also possible to calculate how large the area output of the producer must be in order to determine the existing lawn at a given mowing time: Existing lawn area in m² / planned weekly operating time in own garden in hours x operating time in which the area output according to the manufacturer is provided (including charging times, in hours) = required area output of the robotic lawnmower according to the manufacturer in m². High cutting width for more efficiency The higher the cutting width of a robotic lawnmower, the more area can be mowed at one time. This affects efficiency, as the robot has to drive over the lawn less often to mow every spot. Furthermore, the battery life will be extended and the lawn will be exposed to less pressure from the tires. Models with a cutting width of 56 cm or more are therefore particularly suitable for large gardens of 3,000 m². Maneuverable and maneuverable Despite that, a high cutting width should not negatively impact the mower’s ability to maneuver properly. With a practical curve function, the robotic lawnmower remains extremely maneuverable, which in turn, affects speed and efficiency. The noise level The quieter the robotic lawnmower moves during operation, the less you will be disturbed in your idyllic garden. Devices with a noise level of 60 or 65 dB operate as quiet as a whisper. You could theoretically even run them at night without the neighbors hearing a peep (although this is not advisable for animal welfare reasons). Optimal grip on terrain Large gardens of 3,000 square feet are rarely truly level. Usually, there is either a slope, hill or bump that the robot has to cope with. The steeper the terrain, the better the robotic mower must be designed to meet this challenge. When purchasing, look for a model that is intended for slopes of up to 45% or more and have it fitted with special traction wheels. These will always provide the perfect grip, even in wet weather. Flexible cutting heights and perfect cutting results While the lawn grows rather quickly in the spring, longer cutting intervals are recommended during the dry phases of summer. Just before winter, the lawn should be cut low to protect it from ice and snow, while shade lawns can tolerate longer blades. The requirements for the ideal cutting height are thus varied. All the better if the robotic lawnmower is flexible enough to be prepared for the various challenges with a maximum variable cutting height between 20 and 100 mm. Regardless of the cutting height, a pendulum-mounted mowing deck also ensures uniformly perfect cutting results even on inconsistent terrain. Multi-zone mowing for divided lawns If the garden has main, secondary zones or even separate lawn areas, a robotic lawnmower is needed that can control different starting points. This ensures that your entire lawn is perfectly maintained at all times and no spots are left out. An alternative to different starting points are, for example, robots that orient themselves with the help of GPS (but are also significantly more expensive to purchase). Edge trimming reduces manual retouching In a large garden, there are normally a lot of lawn edges. If the robotic lawnmower does not reach them completely and a few centimeters of lawn remain at the edges, manual retouching with a lawn trimmer can become a time-consuming feat. A robotic lawnmower with an edge-cutting function, in which the blades extend beyond the wheelbase, is a perfect solution for reducing retouch work to a minimum. The prerequisite for this, however, is the careful placing of the perimeter wire, which is ideally done by an expert for a lawn area of 3,000 m². There is an ideal robotic lawnmower for every lawn size. Upon purchasing, always consider other environmental variables in addition to the area output in order to achieve perfect cutting results.",
"description": "A robotic lawnmower only achieves perfect cutting results if the area output is suitable for your own garden. If you choose too little, the robot will not be able to mow the lawn evenly over a wide area unless it is running continuously. Conversely, an overly large model may not be maneuverable enough to reach small nooks and crannies. What is important in a robotic lawnmower for an area of 3,000 m²?",
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"published": "2021-05-14"
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"type": "news",
"title": "How to install the charging station of the robotic lawnmower?",
"content": "The purchase of a new robotic lawnmower initially involves an investment of time. After all, the garden helper must have a point of contact with the charging station and, through the boundary wire, know which areas are to be mowed and or not. Luckily for you, the installation is not difficult contrary to some skeptics. If you just pay attention to a few things in the process and plan in advance, there will be no problems later during operation. Step 1: Finding a suitable location The location for your charging station is important so that the robot can approach it smoothly. A central location that offers about 3 meters of space in front of the station is suitable. This distance allows access from all sides without any problems. It is also important that the perimeter wire, which leads away from the station and comes back to the other side of it, runs about 3 meters straight ahead. Angled corners are therefore inconspicuous, but rather unsuitable for the charging station. The signal can irritate the robot during the search for the station. The surface on which the station is located should be as flat as possible and preferably within the lawn area. A nearby power outlet is also important so that the charging station can be operated with a low-voltage cable. It is recommended that the cable be not too long or extended. An outdoor socket should of course be suitable and weather proof for optimal operation. In addition to full sunlight, it should also be protected against splashing water. A lawn sprinkler near the station should be avoided, since penetrating water could damage the electronics inside. Moreover, permanent heat leads to faster aging of the battery. Incidentally, the same location conditions with regard to sun and water protection also apply to the transformer. How does the robotic lawnmower find the charging station? Manufacturers use different systems to guide the robotic lawnmower back to the charging station. A perimeter wire is widely used, which the robot simply travels along when the battery level is low until it reaches the charging station. Other manufacturers rely on an additional guide wire that runs once across the lawn. This allows the distance to be shortened if the battery power drops in the middle of the area. However, the installation is also more complex, as you have to lay an additional cable to the perimeter wire. Step 2: Connecting the charging station Once you have identified a suitable location for the charging station, the connection is simple. Connect a low-voltage cable to the charging station. Plug the power cable of the transformer into the socket. Attach the plate to the ground. Tip: Wait to attach the plate until you are sure the perimeter wire is properly installed. This will allow you to adjust the position of the charging station slightly if necessary. Step 3: Laying the perimeter wire So that the robotic lawnmower later knows which areas are to be mowed and which are not, it is now necessary to lay the boundary wire. This starts at one side of the station, then runs completely around the lawn until it finally ends up at the other side of the station. This will then establish a closed circuit. Furthermore, a magnetic field is created that the robot detects and will not cross the signal. When laying the cable, it is important to observe a few points such as the correct distance to the edge of the lawn. Moreover, the cable must not cross at any point. You can lay the cable both above and below ground. While above-ground installation is easier as the cable only needs to be attached to the green with a few lawn hooks, underground installation requires significantly more time. On the other hand, the cable is then protected from weather conditions and is not in danger of being damaged or cut. Step 4: Start the robotic lawnmower Once you have completed the preparatory measures, place the robotic lawnmower at the station so that the battery charges for the first time. This also allows for further programming of mowing times, date and time setup and also theft protection. If necessary, you can also define different starting points for main and secondary zones and changes to cutting height. Installation is particularly easy for models with a touch display or even control via app. This allows the device to be programmed from a cell phone in just a few minutes. If a GSM module is installed in the robot, you don't even need to be near the robot to do this, but can make the settings completely independently of location. Step 5: Readjustment The robotic lawnmower should be observed during its first run. If there are problems when driving over certain areas or if the edges are not mowed to the desired length, it is a good idea to make readjustments directly. Once this is done, you will have a lot of fun with your new garden which will reward you with an incredible amount of free time. Installing a robotic mower is easier than you might think. The only thing that really takes some time at first is laying the boundary wire. The subsequent commissioning, on the other hand, is absolutely child's play thanks to our modern technology.",
"description": "The (comparatively small) amount of time required to install the charging station before the first start-up is a necessary evil in order to subsequently save a lot of time with lawn care. What needs to be taken into account to ensure that the operation of the new robotic lawnmower goes smoothly later on?",
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"published": "2021-05-13"
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"type": "news",
"title": "What is the ideal cutting height for a robotic lawnmower?",
"content": "Elegant ornamental lawns or robust commercial lawns, dry summer periods or the first cut after winter: there are many factors that influence the ideal cutting height of the lawn. Unfortunately, it is not always consistent after you have decided on a lawn type. In order to be prepared for all these situations, it seems quite reasonable to attach importance to maximum flexibility when buying the robotic lawnmower. Adjusting the cutting height of the robotic lawnmower The adjustment of the cutting height is not much different from that of a conventional lawn mower. Sometimes an adjustment knob is located under the cover, sometimes on the side or on the bottom of the device. With some robotic mowers, the cutting height can also be conveniently adjusted via a display. The manufacturer's instructions will tell you where to find the cutting height setting on your model. The cutting height is adjusted either in steps or progressively. Manufacturers usually specify the minimum and maximum cutting height here. The larger the range, the more flexible your robotic lawnmower. Often, many robotic lawnmowers only have a cutting height between 20 and 60 millimeters and are not necessarily suitable for shade lawns. Other models have a range between 20 and 100 millimeters, offer maximum flexibility during any season and work for any type of lawn. However, no robot on the market mows a lawn shorter than 15 millimeters. Since frequent mowing by the robotic mower can slightly weaken a law, ideally a cutting length from 30-40 millimeters is recommended in practice. Pendulum suspended mowing deck - perfect cutting results Most ground areas are not completely level. A rigid mowing deck cannot follow the contours of the surface, so the lawn is not the same length everywhere. A robotic lawnmower with a pendulum-mounted cutting deck always follows the surface leaving the lawn evenly cut everywhere and is characterized by a perfect cutting pattern. Which cutting height for which type of lawn? In most gardens, a lawn should not only look fantastic, but it is also used for playing, sunbathing or barbecuing. Accordingly, at the time of sowing, choose a durable, robust commercial or play lawn. In order to avoid additional strain on your lawn, cutting heights of 35-55 millimeters are recommended. A lush green ornamental lawn, on the other hand, is characterized by its dense growth and fine grass blades. The green is only suitable for loading to a limited extent, as it is much more sensitive than a commercial lawn. Thus, the blades can tolerate extremely low cutting depths starting at 2 centimeters. Please note: let the lawn grow longer during dry periods. Otherwise the blades will turn brown very quickly. Ornamental lawns especially should be watered correctly. Shade lawns are another type and should be kept particularly long with a cutting length of around 60 to 70 millimeters. This will ensure that photosynthesis takes place on leaf surface of the blades. Special cutting heights for special occasions In principle, the type of lawn serves as a good guideline for the choice of cutting height. However, there are always situations that require exceptions to this basic rule. Before dethatching, mow the lawn as low as possible, i.e. even commercial lawns may be cut down to 2 centimeters. During prolonged droughts in summer, lawns develop a natural protective layer to prevent excessive drying. You should not destroy this layer by excessively mowing your lawn. This practice will simultaneously protect the soil from drying out even more. Moreover, choose a longer cutting length during this period. Cut the lawn back to about 40 to 50 millimeters during the last cut of fall/autumn. This way, the blades will not bend under the weight of snow in the winter. In spring, the lawn starts to grow when temperatures rise. Wait with the first cut until temperatures are permanently around 10°C or above. Then cut off no more than 1/3 of the blade length. The gradually work your way to the desired length. Freshly seeded lawns should first grow to a length of about 8-10 centimeters before you can mow them directly down to 5 centimeters. Avoiding the wrong cutting height Cutting the lawn too low or too high will inhibit its growth. If the blades grow too high and are cut infrequently, fewer side shoots will form. The lawn will then become less dense. Furthermore, there will be more room for weeds and moss to grow, which can spread particularly quickly. If cut too deeply, too much sunlight will reach the soil surface. Not only does this cause the soil to dry out faster, but it also encourages weed growth. Regular cutting is therefore important and ideal for the use of a robotic mower. If necessary, adjust the cutting intervals to the growth rate of the lawn. In spring, for example, lawns grow much faster than during a dry summer. From early to mid-November, on the other hand, the lawn hibernates and should not be mowed at all. 1/3 rule for a healthy lawn No matter how long the lawn is after vacations or winter breaks, it's important that you remove no more than 1/3 of the blade length per mowing. If you go beyond that, grass clippings will remove too many nutrients from, and it will become more susceptible to disease. There is no one ideal cutting height for lawns, but there is a perfect robotic lawnmower for all cutting heights. When buying, choose a model that offers maximum flexibility for every occasion so you can give your lawn what it needs in every situation.",
"description": "The question of the ideal cutting height for a lawn drives many garden owners crazy. And yet it cannot be answered definitively because not all lawn types are the same. There are even special rules that apply in summer heat. This makes it all the more important to take the required flexibility into account when buying a robotic lawnmower.",
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"published": "2021-05-11"
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"type": "news",
"title": "How does the robotic lawnmower deal with fallen fruit and the like?",
"content": "In principle, the lawn should be completely free of foreign objects. Of course, it happens from time to time that a small branch falls from a tree overnight, some fallen fruit lies on the lawn in autumn or a squirrel has lost a walnut. There are many reasons for objects that do not belong on the lawn. So how does the robotic lawnmower deal with these foreign objects? When can they be problematic? Which objects are problematic for robotic mowers? Besides toys that have not been cleared away, most foreign debris probably comes from trees: branches and twigs fallen fruit nuts pine, larch and spruce cones Does foliage damage the robotic lawnmower? Obviously, leaves also fall from trees in the fall/autumn. However, these do not pose any challenges to the mower and are simply chopped up regardless of the type of blades you are using. Blade discs cut leaves, while star blades shred them completely. The only problem is that leaves prevent the lawn from being sufficiently aerated. Consequently, this can lead to the formation of mold, especially in the fall/autumn. For this reason alone, you should remove leaves regularly for the sake of your lawn. Leaves can also prove problematic, especially when they are wet. They can get caught in the wheels, which can have negative effect on traction. It is not uncommon for a robot to get stuck or start to wobble on a slippery slope. This can easily be remedied by wheels that have particularly good traction and thus provide the necessary grip on any terrain. It all depends on the blades Two different types of blades are used in robotic mowers. One specific type are blade discs onto which individual blades are attached. Another specific type manufacturers rely on are three- or four-pronged star knives. These are significantly more robust than the blade discs. With blade discs, for example, small branches are problematic. For star blades, only larger ones pose a problem. Fallen fruit is simply chopped up by star blades, while blade discs put nicks in fallen fruit. Cones, on the other hand, are problematic for both blade discs and star blades. They can get wedged in the mower and cause the drive wheels to be lifted up. Blade discs in particular, will quickly become dull. Blade discs are significantly more sensitive to nuts. While star blades only dull slightly, the cutting performance of blade discs decreases very quickly. Blades dull regardless of what type your robotic lawnmower has. In any case, the blades blunt faster than usual due to contact with foreign bodies. Sooner or later, this will lead to an unclean cut. They will no longer cut cleanly but rather knock grass blades off leaving behind frayed tips, which become prone to unsightly brownish discoloration. Manufacturer's warranty protects against defects The manufacturer's warranty may save you from repair costs and provide satisfactory solutions in the event of problems. On top of the legal manufacturer's two-year warranty, some robot models come with an additional bonus of one year. The warranty is, therefore, for a full three years. Spare parts and accessories are also covered by a six-month warranty. However, this does not apply to worn parts such as the blades. It is extremely advisable to handle the robotic lawnmower carefully to avoid unnecessarily frequent replacements. The basic requirement to be able to make a claim under warranty is, as everywhere, the proper use of your robotic lawnmower. Large obstacles are bypassed Sometimes fallen fruit and other debris can be so small that they are simply run over by the robotic lawnmower. However, if there are larger obstacles on the surface, the innovative and modern sensors of the devices detect them at an early stage and change direction in time. Robotic mowers and fallen fruit - how to protect your robotic mower In order to protect a robotic lawnmower from damage caused by fallen fruit and the like, the first thing to do is to collect the foreign objects regularly. However, this is sometimes tedious and the probability is high that something will be overlooked, especially with larger lawns. With a fruit collector, at least the problem of fallen fruit can be eliminated. With this wire basket on a handle, fruit can be collected quite effortlessly without bending over. In flat terrain it is also possible to install an apple deflector. This deflector acts as a bumper in front of the robot, preventing foreign objects from getting underneath. Instead, they are merely pushed to the edge of the lawn. However, this solution works only if the ground is free of major bumps, where the robot would rest. If you can't guarantee that foreign objects won't find their way onto the lawn every now and then, and you still don't want to constantly replace the blades, a lawn robot with star blades is a good choice. Of course, it is not to say that the knives won’t dull over time. Regardless, they are much more robust and durable when coming into contact with fallen fruit and other debris.",
"description": "Robotic mowers are in use from spring to late fall and are by no means continually supervised. Not every garden owner takes the time to search the entire area for foreign objects daily. In addition to leaves and small branches, nuts and fallen fruit can also get into the mower. Not all foreign bodies are problematic, though. ",
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"published": "2021-05-12"
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"type": "news",
"title": "Does the robotic lawnmower need to be cleaned?",
"content": "Robotic mowers ensure an accurate lawn cut every day. Of course, lawns sometimes get wet and grass clippings stick particularly well to the robot. Leaves are susceptible to getting caught in the wheels. No garden owner can do without occasionally cleaning the practical garden helper. Nevertheless, compared to other types of lawn mowers, robotic mowers are extremely low-maintenance. In addition, cleaning effort can be significantly minimized by considering some features already at the time of purchase. Why is cleaning the robotic lawnmower important? A dirty robotic lawnmower not only runs significantly louder but sooner or later operates on reduced power. Furthermore, the robot fails to cut cleanly and needs a substantial increase of energy. In the worst case, corroded contacts mean that the battery no longer charges as usual and the robot spends an above-average amount of time at the charging station. Hence, it is highly recommended to maintain and clean the robotic lawnmower regularly. Reduce cleaning effort with practical features With some models, weekly cleaning of the mowing deck is urgently required, while with others, a 14-day rotation may suffice. Cleaning is needed even less frequently if you choose a model that removes large portions of lawn mulch directly and automatically. Extremely helpful features to reduce the need for cleaning include: A self-cleaning mowing deck; it reduces cleaning to a minimum. Some robotic lawnmowers are already equipped with this extremely practical feature at the factory. If the robotic lawnmower does not have this feature, a mulch remover can sometimes be retrofitted. This also significantly reduces cleaning intervals. What to bear in mind when cleaning the robotic lawnmower First, turn off the safety switch which prevents the device from starting accidentally. Wear gloves when changing the blades or cleaning the mowing deck. Otherwise, the risk of getting cut increases. Of course, cleaning intervals depend primarily on weather conditions and frequency of use. Part of regular cleaning is also checking the blades to ensure that they produce perfect results over time. While the top side is quite rain resistant, the bottom side cannot tolerate running water. Therefore, refrain from cleaning with the garden hose. What cleaning work is required regularly Wheels Grass debris tends to collect on the profile or between the wheels and housing. This prevents traction and generally, the device no longer runs as smoothly. Grass clippings or leaves can easily be removed with a coarse brush, a stick or even some compressed air. Top side of housing This is where dust and dirt accumulate in particular. Just wipe away with a soft cloth. Mowing deck Grass residue always collects on the underside of the robot. Damp grass, in particular, adheres well and clumps together when drying. It is particularly recommended to remove these before they have completely dried. A coarse brush or spatula are particularly suitable for this purpose. Loading contacts If the charging contacts become dirty or corroded, the power consumption of the battery is delayed. As a result, the robot spends more time at the charging station and area out decreases. It is often sufficient to wipe the contacts with a damp cloth. If they become slightly rusty, fine sandpaper will do the trick. Loading station The robotic lawnmower, as well as the charging station, always need care. Here, too, attention should be paid to the charging contacts. Naturally, it doesn’t hurt to remove coarse dirt from time to time. Further maintenance work on the robotic lawnmower In addition to cleaning, further maintenance work is also expected. This mainly concerns the regular replacement of the blades. Depending on the manufacturer, this is necessary every 4-6 weeks. Sometimes it only needs to be done once per season. The battery performance decreases after about 3-5 years. This is usually noticed by the fact that the robot is at the charging station more often than average. Moreover, a full-capacity charge will no longer be reached. When this occurs, the battery needs to be replaced. Software updates contribute significantly to the performance or can also increase it significantly. It is recommended to regularly check the manufacturer's website for updates and install them if necessary. As low as the cleaning and maintenance effort of a robotic lawnmower may be, no device can do without care if the cutting performance and energy consumption are to be kept constant in the long term. However, with some practical features and accessories, the time for regular cleaning can be further reduced.",
"description": "Daily use of your robotic lawnmower leaves traces. Leaves get caught in the wheels, grass clogs the blades or rain and sun cause the robot casing to look weathered. Regular cleaning therefore seems inevitable but can be significantly reduced at the time of purchase.",
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"published": "2021-05-10"
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"type": "news",
"title": "Can a robotic lawnmower get stuck?",
"content": "Simple obstacles such as flower beds or trees are no challenge for robotic mowers. If they do make contact, the robot just stops it’s path and simply changes direction. In rare cases, though, the device gets stuck and cannot avoid certain situations without help. Twisted gardens Many gardens have comparatively complex layouts characterized by tight angles and curves. Lawns are repeatedly intersected by flower beds, trees or a garden ponds. To prevent the robotic lawnmower from getting stuck, the quality of the sensors is particularly important. Most manufacturers work with shock sensors, only a few models have ultrasonic technology. 🡪 In order to prevent the robotic lawnmower from getting stuck when turning in narrow places, and at the same time, to achieve high mowing efficiency by making turns elegantly and quickly, it is worth choosing a model with particularly sensitive sensors when purchasing a robotic lawnmower. Steep slopes and extreme gradients Robotic mowers are only designed for a certain slope. This can be 30%, 45% and even more. In addition, problems can arise, especially in wet weather, when the robot simply starts to slide. It is particularly annoying if a garden pond is at the bottom of the slope where your robot will end up. Incidentally, the maximum slope specification does not apply to the run-out zone near the boundary wire. Since the robot turns frequently, the slope angle may only be about 15% or less. 🡪 To prevent slipping in wet grass and on slopes, robotic lawnmowers with special traction wheels are ideal. Coarse studs ensure optimum grip on the terrain, allowing the robot to move safely up and down the slope. It is also advisable to purchase a robot that can also master larger inclines effortlessly. Fallen fruit, branches and toys on the lawn The extent to which fallen fruit and branches on the lawn cause problems essentially depends on the blade system of the robotic lawnmower. Star blades are much more robust than blade discs. In many cases, they shred fallen fruit and other obstacles and simply continue on their way. In both cases, however, it is possible for cones and other debris to get wedged under the robot and cause it to come to a standstill. If the robot runs over toys with a wheel and moves out of position, the blades usually stop, requiring a manual restart is necessary. 🡪 If you have fruit trees or conifers on your lawn, a robotic lawnmower with star blades is a good choice. Holes and irregularities in the lawn Not every lawn is absolutely level. Uneven surfaces and holes can interfere with the smooth operation of the robotic lawnmower. 🡪 A robotic lawnmower with a pendulum-suspended cutting deck follows the contour of the surface, reducing the risk of getting stuck on bumps. Getting stuck in narrow passages A widespread problem for robotic mowers is that they get stuck on passages that connect two zones. If the edges are too close together, the robot cannot detect the signal without error and will ping-pong from left to right without adjusting properly. 🡪 The remedy here is to have a passage with a minimum width of one meter. Furthermore, choice of a model where you can program remote start points so that the robotic lawnmower simply needs to follow the boundary wire until it reaches this point. Gravel paths & others While paved paths are no problem for robotic lawnmowers, care must be taken with gravel paths that are used as a crossing to a separate zone, for example. Not only can stones cause sensitive damage to the housing and ricochet off the blades, but there is also the risk of the robot getting stuck in a gravel bed. 🡪 In general, you should refrain from letting the robot drive over stony paths. However, if there are other uneven routes, (e.g. with a mulch surface), traction wheels significantly improve movement on these surfaces. Dropping lawn edges Another potential problem is sloping lawn edges. If not corrected, but left as a natural edge of a bed, a height difference can occur that can lead to the downfall of the robotic lawnmower. If the perimeter wire is too close to this edge, one of the wheels may get caught in the bed, causing the robot to skew. This is a typical situation when a robotic lawnmower cannot extricate itself. 🡪 On the one hand, it is of course important to lay the boundary wire accurately (preferably by an expert). An alternative may be to border your beds with bricks. These also have the advantage that the robotic lawnmower can easily trim the edges, if it does not already have a practical edge trimming function. It is not enough to simply install the robotic mower. Certain measures need to be taken. To prevent the robot from getting stuck over and over again, it is important to remove hazards and perhaps keep an eye on the boundary areas. To do this, it is often sufficient to let the robot navigate in the first few weeks and point out potential problem areas itself. This is usually easier and more time-saving than removing every potential challenge in advance.",
"description": "A robotic lawnmower navigates with the help of sensors and reacts to bumps and other obstacles. These sensors basically tell the device that it is time to change direction. As a rule, this works without any problems - but not without exception. It happens from time to time that a robotic lawnmower gets stuck and cannot continue without help.",
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"published": "2021-05-09"
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"type": "news",
"title": "Is it possible to extend the perimeter wire or change it later?",
"content": "The boundary wire generates a magnetic field that tells the robotic lawnmower which areas are to be mowed and which are not. In most cases, the delivery of your robot already includes a basic set of several hundred meters of perimeter wire, including lawn fasteners (nails). But what if these are not sufficient? What should you do if you change your garden layout or it increases in size over the years? In order to ensure your robot continues to function under these conditions, it is necessary to extend or modify the perimeter wire. What is the perimeter wire used for? Most robotic lawnmowers recognize the lawn area with the help of a perimeter wire. This is laid along the outer perimeter or your lawn, around beds, garden ponds or other areas that the robot shouldn’t drive over. By connecting the wire to the charging station, it creates a magnetic field that the robotic lawnmower detects and turns before crossing any boundaries. At the same time, the wire helps the robot to find its charging station. When the battery is running low, it travels along the wire to the station. The perimeter wire is thus very important for the functionality of the robotic lawnmower. If the device does not detect the signal correctly, the robot will leave its area and cause damage to beds and the like. In the worst case, it can become damaged by falling into a garden pond or pool. Laying the cable is therefore the first task when activating a new lawn robot - and at the same time, the most time-consuming. After that, robot installation is usually quite quick and easy. Extending the perimeter wire - this is how it's done You can easily extend the perimeter wire if necessary. For this purpose, there are both butt and click connectors as well as special waterproof wire connectors. The latter ensure that moisture can’t penetrate or compromise a strong connection. Connections with an exposed screw run the risk of rusting. Therefore, in any case, use connections that can be squeezed with combination pliers. Before getting started, lay out all the necessary tools: Cable connectors combination pliers pliers or a knife to cut the cable a spade, if necessary (in case of underground laying) additional lawn hooks (for above-ground installation) Extending the perimeter wire step by step Disconnect the wire from the charging station to cut off the power supply. Cut the perimeter wire at the point where the extension is to be inserted. Knives or pliers are suitable for this. Insert one end of the existing wire into the connector and the new extension wire into the other end. Squeez the connector together with combination pliers. Repeat the procedure on the other end of the extension to close the circuit again. Reconnect the wire to the charging station and check the LED lights to see if a signal is being transmitted properly. Only when everything is working properly and any mistakes have been remedied, secure the extension with the turf hooks or bury the wire again. Observe the maximum length of the perimeter wire The maximum length of the boundary wire is finite. It can easily be seen in the instruction manual and sometimes differs significantly for robotic lawnmowers for areas for 300 m² or 2,000 m². On the one hand, this results from the fact that the robotic lawnmower can only cope with a certain area. On the other hand, the electrical resistance increases with the length of the boundary wire. This means that at some point, the signal can no longer be transmitted without error and interference can occur. Extending the boundary wire above and below ground If the boundary wire is above ground, the extension is quite simple. After testing the functionality, simply attach the additional route with lawn hooks as well. If the section is to be extended in the case of an underground cable, it is advisable not to bury the new section at first but to test the functionality while the robotic lawnmower is in operation. Adjustments can then be made easier before burying. Repair broken cable Small cracks lead to corrosion: the thatcher damages a cable or it is cut by a spade. There are many causes of damage to the perimeter wire. Most often they go unnoticed until the robotic lawnmower stops working properly. A broken wire may cause errors in operation, and the search for it often proves tedious, as damage to the wire is not always easy to detect. A very simple method can make your search much easier. If you do not have a special cable break detector on hand, an old transistor radio is also suitable. Switch the radio to a frequency without a transmitter, i.e. you should only hear a continuous hiss or a frequency tone. Then run the radio with the antenna parallel along the cable. At the point of a possible broken cable, the volume of the sound decreases significantly. The defective area can then easily be repaired using the method described above. Which perimeter wire is suitable? There are wires with different thicknesses. The thicker the wire, the lower the resistance. This is especially better for larger areas. It is recommended to only use the wires produced by the manufacturer. They provide a signal optimally geared for the robot. When extending the perimeter wire, the individual parts must match, i.e. the materials and the diameter as well as the resistance of the wire. Criteria for selecting the perimeter wire material of the insulating layer thickness of the electrical conductor single wire or twisted pair additional protective layers, if necessary flexibility material of the electrical conductor overall thickness of the cable For smooth functionality, it is also important to make sure that the cables are compatible with each other in terms of their properties. The extension of the perimeter wire will be simple and quick, and you will remain permanently flexible in garden design. Only the maximum length of the cable is a limitation of the extension.",
"description": "The perimeter wire included in the delivery is no longer sufficient. Sometimes, due to changes in a garden design, new lawn areas are added or eliminated over time. In order for the robotic lawnmower to still be able to recognize all areas, it is necessary to adjust the perimeter wire. But is this possible?",
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"published": "2021-05-08"
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"type": "news",
"title": "Can a robotic lawnmower mow well on uneven, difficult surfaces?",
"content": "A robotic lawnmower achieves maximum area output on a simple, optimally rectangular area with zero obstacles to maneuver around; meaning the ground is level and there are no slopes in the terrain. Regardless, this situation is usually found, at best, on sport fields rather than in one's own garden. Therefore, mowing is often much more challenging when terrain structures and special ground conditions are introduced. So, how well does a robotic lawnmower cope with them? Obstacles in the garden make mowing difficult There can be a whole range of challenges in the garden that make it difficult for the robotic mower to operate and, in the worst case scenario, can even cause the robot to simply get stuck. A slope requires the robotic mower to exert extra effort. Particularly in wet weather, the device is in danger of slipping. A lawn is more like a meadow that has been regularly mowed. Otherwise, a meadow has little in common with a perfectly manicured lawn. Voles, field mice and gophers dig their tunnels, which collapse causing unevenness to the soil. Trees in the garden ensure that small branches and roots create unevenness on the ground. Features that a robotic mower should have on uneven terrain In order to be able to respond to these challenges, a robotic mower that is suitable for off-road use should have a number of features. A good battery capacity Mowing on uneven terrain requires more power than on a flat surface. It is not uncommon for very hard varieties of lawn to grow. These types can place more demand on a robot than an ornamental English lawn, for example. The same applies to slopes or tall grass that require more energy. Consequently, it makes sense to look for a device with a powerful Li-Ion battery when buying. The battery capacity is specified in mAh. In rough terrain, values of approx. 3,000 mAh are recommended to ensure that the robot receives the necessary power. At the same time, to be sure that the mowing process is completed as quickly as possible, the battery should recharge within a short period. Off-road tires The more uneven the terrain, the more advantageous it is to have large wheels that can effortlessly maneuver over small holes and depressions. Good traction is also crucial so that the robot does not give way or get stuck on every bump. With a particularly good grip due to coarse tread profiles or spikes, robotic mowers can safely climb or descend slopes when they are damp and slippery. Maximum cutting heights for meadow-like lawns It is not uncommon for uneven terrain to be accompanied by a rather robust lawn growth that more resembles a meadow. The grass blades are often several centimeters long and demand quite a bit from the robot. A few robotic mowers really shine when cutting grass that significantly exceeds the otherwise usual 60 mm cutting height and even cut lawns up to 100 mm in length. Pendulum suspended mowing deck A bumpy ground or other rough obstacles always result in an irregular cutting pattern that looks messy. The reason for this is a robotic mower whose rigid blades do not follow the ground structure resulting in an uneven cut. The situation is different for robotic mowers with a pendulum-suspended cutting deck. This great construction continuously adapts to the ground surface and produces a clean and even cut everywhere. Take slopes into account Not every lawn that is inherently uneven must also have an incline or major slope. However, if that is the case, then it is important to also consider the maximum slope when purchasing a robotic mower. This is often only 20-25% for smaller robots and 45% or more for larger ones. Sensors for extra safety On an uneven landscape, the risk of the robotic lawnmower tipping over and exposing the underside is much higher than on a level lawn. It is therefore extremely important to have sensitive lift and tilt sensors that immediately switch off the blade if contact with the ground is lost. Star blades instead of blade discs Star blades are more suitable than blade discs, especially if your robotic lawnmower might run over small branches or fallen fruit left on the lawn. These are more robust and easily chop up small hindrances while blade discs tend to break off or become jammed by nuts or twigs. An apron that is not too low In principle, a low-lying apron is advantageous so that fallen fruit or other obstacles do not get caught in the blades of the robotic lawnmower. On uneven terrain, however, this proves to be a disadvantage, as the impact sensors may be triggered too early. It also increases the risk that the robot will simply get stuck. Instead, a slightly higher apron is helpful. Certainly, not every robotic mower delivers perfect cutting results on uneven terrain. It definitely requires some special features for a robot to work its way safely through a rather bumpy garden - and also achieve perfect cutting results. However, if these are given, there is absolutely nothing to be said against using a robot.",
"description": "Many gardens have little in common with uniformly flat lawns. Instead, there are bumps and other uneven surfaces in the terrain that make mowing a real challenge. How well does a robotic lawnmower cope with such terrain structures, and what cutting results can be expected?",
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"published": "2021-05-07"
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"type": "news",
"title": "Can the robotic lawnmower mow multiple areas or zones?",
"content": "Two, three or even more large and small areas, perhaps connected by narrow passages, or completely separate zones with considerable differences in area are not uncommon in gardens. How exactly does the robotic lawnmower recognize and regularly operate in these areas so that a portion of the garden does not become overgrown? There are several ways to do this. Main and secondary areas, separate zones The individual lawn areas of your garden can be assigned different terms: main area (also called main zone or main area). secondary area (also called secondary zone, subzone or secondary area) separate areas (also called separate zone or separate area). The main zone is usually the largest area where your robotic lawnmower will spend most of its time. Likewise, this is usually where the charging station is located. The secondary zone is (significantly) smaller than the main zone but connected to it by a pathway. This can be a narrow passage of grass, but a drivable pathway is also suitable. The boundary wire is also included in the secondary zone(s). A separate zone, on the other hand, is not accessible from the main or secondary zone. Therefore, there is no way for the robotic lawnmower to reach it. Spatial conditions determine whether you can use the boundary wire of the main zone or if a separate wire is required. Which robotic lawnmower is suitable for multiple zones? Not every robotic lawnmower is specialized to mow multiple zones. If your yard has three or more areas, it makes sense to take a closer look when making your purchase. Definition of remote start points In any case, it is helpful to have different remote starting points. With these, you can define additional starting points along the boundary wire or guide wire, which the robot then moves to at regular intervals within the mowing times. These define how much time your robotic lawnmower should then spend on the assigned area(s). The operation of devices with an app control is particularly convenient and can easily be programmed from your cell phone. For example, if the main area is 800 m² and there is a secondary zone of 200 m², you can program your robotic lawnmower to spend 80% of the time on the main zone and 20% on the secondary zone. Navigation by GPS Robotic mowers equipped with GPS create a digital map of the garden over time, eliminating the need to program remote starting points. This is, of course, extremely advantageous - but comes at a price as robotic mowers with a GPS function are significantly more expensive than models without. Mowing separate zones While the robotic mower controls the secondary zones independently, it does not work for separate zones without some physical effort. If you integrate a zone with the same boundary wire, the robot will not notice if you manually place it in another zone from time to time. It will continue to mow in the area unperturbed. Connecting areas with each other When laying the perimeter wire of main and secondary zones, there is almost nothing to consider. Simply lay the cable once around the entire area. It is only important that passages are about one meter wide so that the signals on both sides of the path don’t get crossed and the robot can easily makes its way through the narrow path. Separate zones with common perimeter wire As for separate zones, laying the wire can be more complicated and require more work. For example, if a certain zone is on the other side of the house, it is possible to run the wire along the gutter or through the basement- thus using the same wire. You then simply go around the separate zone and run the cable back to the main zone via the same route. As an exception, the distance between the outward and return routing does not matter then. An alternative is to lay a passage if the robot can use a path to get from one area to another. To ensure that the mower does not get stuck, a loop trick or a passage control offer two options to ensure that the robot quickly moves through it. Signal transmitter or second charging station If there is no possibility of connecting zones with a common cable, there are two other options: you can either purchase a second charging station or use a signal transmitter. With a second charging station, the robot may have to learn the new signal each time. This is not the case with a signal transmitter, making it the simpler solution. However, it is not available for every model. Mowing multiple zones with the robotic mower is usually not a problem. Even completely spatially separated zones can be integrated into the mowing process. The only decisive factor is the choice of a suitable model that allows the programming of sufficient starting points - or is equipped with GPS.",
"description": "Hardly any garden has only one large lawn area. Usually, there are other smaller zones in addition to the main area which the robotic lawnmower should mow just as often, of course. But how does the robot know when and how to approach these areas? There are different options for mowing multiple zones.",
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"published": "2021-05-06"
},
{
"type": "news",
"title": "How do I maintain a robotic lawnmower?",
"content": "When compared to gasoline mowers, which not only need regular oil changes but new spark plugs or oil filters every now and then, a robotic lawnmower has very little upkeep. Everything you need to know to optimize the service life so that you can fully benefit from robotic lawnmower for many years, is as follows. Manufacturer's warranty - a guarantee for service life Even with regular care, it can always happen that a robotic lawnmower has unforeseen defects. You can avoid high repair costs by choosing a model with a manufacturer's warranty that exceeds the minimum legal requirements. Most Robomow robotic lawnmowers (except RS Series) already come with a 3-year warranty \"from the factory\", and some models can even be extended to 4 years if you register your Robomow online (please note that the warranty conditions are country-specific; they are available at www.robomow.com). Regular cleaning of the robotic lawnmower During operation, lawn mulch will settle in the mowing deck and around the tires. As a result, energy consumption and noise levels will increase and cutting performance decreases over time. To prevent this, regular cleaning of the robot is recommended every 7-17 days. While water on top of the robot is not a problem, contact to the underside should be avoided. Simply use a brush to remove moist grass clippings. To remove solid grass clippings in hard-to-reach places, use a soft wooden stick. You can easily clean the top of the unit with a soft cloth. Compressed air can make cleaning even easier. To ensure that the robot always has optimum traction and does not slip during operation, remove leaves and grass from the wheels. This also applies in particular to debris that have become lodged between the housing and the wheels. Pay further attention to the charging contacts. If they are dirty or dusty, charging will take longer and area output will decrease. If the contacts become too corroded, they may even become brittle and no longer function properly. To prevent this, they should be wiped down regularly or cleaned with fine sandpaper if necessary. Reduce cleaning effort with a self-cleaning mower deck You can reduce the amount of maintenance required even further by purchasing a model with a self-cleaning cutting deck. This greatly reduces grass clipping from getting stuck and cleaning intervals for the device can be carried out less frequently. If your unit is not factory-equipped with a self-cleaning cutting deck, a mulch remover may be able to be retrofitted as an optional accessory. Perform software updates If the software is up to date, control will improve. Any sources of error will also be corrected. The update is usually carried out via the manufacturer's website and a connection via a USB interface or Bluetooth. In some cases, the new software can also be installed directly via an app. Replacing wear parts Sharp blades are essential for a permanently optimum cutting pattern. Depending on the manufacturer, replacement once a year is sufficient and can be done in just a few minutes. To do this, either loosen a few screws or, in the case of other models, use the click system with a blade clamp, which is included in the delivery. With this system, blades can be removed very easily. When replacing the blades, it is also a good idea to clean the underlying surface with a brush. It is always advisable to have a spare blade on hand so that you can replace it as soon as the cutting pattern deteriorates. With average operation, a battery has a life span of 3-5 years. Over time, the charging capacity wears down and the device no longer achieves its full performance. You will recognize when it is time to replace the battery when the robotic lawnmower returns to the charging station more frequently. Winter storage - increase battery life Battery life can be extended if the robot is not permanently exposed to direct sunlight and is stored in a warm, dry place during the winter. It is important to avoid deep discharge. To do this, charge the battery to about 70% of its capacity before storing it. Depending on the type of battery, it may be advisable to charge it halfway through the winter season. Winterizing the charging station The charging station should also not be left outdoors during winter. Store the station somewhere warm at the end of the season. To do this, simply remove the induction loop plugs and loosen the floor anchors. Take this opportunity to thoroughly clean the station including the contacts. If it is not possible to dismantle the charging station, it should remain connected to the power supply throughout the winter. Refer to the operating instructions to determine whether this is the case with your model. To avoid dismantling the charging station in winter, it is also suitable to purchase a robot garage. With this, the charging station is also well protected from harsh conditions during the cold season. Maintaining the robotic lawnmower - this is how you should proceed First, activate the device lock of the robot. It is also a good idea to wear gloves when handling the blades to avoid cutting yourself. Follow the instructions in the user manual. By doing so, hardly anything can go wrong. Refrain from using a cordless screwdriver. This poses the risk of blades whirling uncontrollably, posing a risk of injury. Use the winter to have the robot professionally serviced at a specialist workshop. The sensors and battery performance will be checked. You can find trained specialist companies in your area on our website. Maintenance and care of a robotic mower is not difficult and requires little time. It is worth investing this time so you can enjoy your device for many years to come.",
"description": "Robotic lawnmowers are characterized by their low maintenance requirements. In principle, maintenance is limited to regular cleaning and the replacement of worn parts in order to enjoy the device for a long time and to maximize its service life.",
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"published": "2021-05-05"
},
{
"type": "news",
"title": "How often should a robotic mower mow?",
"content": "When mowing with an electric or gasoline mower, it is clear: the lawn is usually mowed every 5-7 days during the growth phase with a maximum of one-third of the blade length cut each time. With a robotic mower, however, it is a little different. The device is usually on the lawn more frequently (every day or every other day), crossing every patch of the area at more or less regular intervals. Therefore, the question is raised: How often should a robotic lawnmower ideally mow? Why is regular lawn mowing important? It is probably clear that only regular lawn mowing leads to a perfect cut, where the lawn is the same length everywhere. If you only send your robotic lawnmower out every few days, you have to reckon with the fact that the robot will not go over every spot. Grass usually grows at a rate of 2 centimeters a week. This depends in particular on the ratio between area output and mowing times. The second reason is the mulching function of a robotic mower. Unlike a lawn mower, which collects grass clippings directly in a bag, the robotic mower leaves the cut grass directly on the lawn. There, they decompose within a short time and thus supply the soil with important nutrients. However, the mulch only serves as a fertilizing function if the lawn clippings are very fine. Otherwise, a layer can form over the lawn, preventing sufficient aeration. As a result, the lawn can become more susceptible to disease and mold, becoming matted. The more often the robotic lawnmower is on the move, the shorter the cut blades are and the faster they can decompose. How often should the robotic lawnmower mow? Ideally, a robotic lawnmower should go over every patch of lawn every two days. How often this is possible in theory, ultimately depends on the area capacity. If it is so close that it is not mathematically possible to achieve this value, a robotic lawnmower must be used more often than a model that cuts a lawn within a few hours. Area performance and mowing times For an area of 300 m², a robotic mower usually needs less time than for 2,000 m². However, this depends on a couple factors: the maximum area output according to the manufacturer's specifications, the condition of your garden and the mowing time. Let's say your robotic mower has an area capacity of 2,000 m², is in use 24 hours a day, and your garden has an area of 1,000 m². If you want to calculate the time needed to mow the area daily, use the following calculation: 24 hrs / (2,000 m² / 1,000 m²) = 12 hrs. This would mean that your robotic lawnmower would have to be in operation for 12 hours a day if the entire lawn is to be mowed daily. If, on the other hand, you decide that an interval of every other day is sufficient, the time is reduced by half, i.e. a daily use of 6 hours is necessary. According to the manufacturer, a robot that can be used 12 hours a day works much more efficiently- the daily duration to mow the lawn from the example is only 6 hours. Powerful battery - long mowing times, short charging times The more powerful the battery, the longer your robotic lawnmower will be in operation before it has to return to the charging station. If the charging intervals here are short, the work will be done in a shorter time overall. A robot that mows for 90 minutes before docking at the charging station for 60 minutes will have reached the mowing time of 6 hours after 9 hours (4 x 90 minutes + 3 x 60 minutes). If charging requires 120 minutes, the period is extended by another 3 hours. More efficient mowing thanks to GPS Some modern robotic mowers are equipped with GPS. Some models use satellite-controlled navigation to optimize their route. The robotic mower only passes over a few spots two or three times, reducing the mowing time. Frequency of mowing depends on the time of year In spring, the lawn begins to grow after hibernation. Plant growth is stimulated by warm and humid weather conditions, so it makes sense to use the robotic lawnmower daily. In rather dry summers, lawns tend to grow much slower than in spring. It is important that the grass be left untrimmed a little longer than usual in order to shade the soil and thus protect it from further drying out, especially during hot spells. That means a robotic mower can sufficiently operate every 2-3 days. If it rains more often, the intervals can also be shortened. In autumn, prepare the lawn for winter. By trimming once or twice a week, the lawn can once again recharge the necessary energy to get through the winter unscathed. As soon as the first frost sets in, it is time to winterize the robot and let the lawn rest. Easy programming of mowing times After purchasing a robotic lawnmower, it's normal to experiment with mowing times– and to adjust them afterwards when the kids are already romping around the garden in the mornings during school vacations. To change the programming quickly and easily, there are now numerous robotic lawnmowers that can be operated quite effortlessly via an app or even Alexa voice control. Handling your robotic lawnmower could hardly be easier! Ultimately, there is no such thing as an optimal mowing interval. This is already clear from the fact that there are many opinions on this subject. After all, the growth of the lawn also depends on weather conditions and not every green responds the same after a two-day cut. Here it is simply a matter of trial and error until you find the frequency that best suits your particular lawn.",
"description": "While the greenery is trimmed with a classic hand mower every 5-7 days during the growth phase, a robotic lawn mower is tirelessly in use and only cuts off the tips of the grass blades each time. To ensure that these are not too long and quickly decompose into mulch, a regular mowing interval is important. But what is the right frequency with the robotic lawnmower?",
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"published": "2021-05-03"
},
{
"type": "news",
"title": "How often does the robotic lawnmower need to be charged?",
"content": "The question of how often a robotic lawnmower needs to be charged cannot be answered in a generalized way. At the same time, however, it is important to be able to estimate how long the robotic lawnmower will need to mow an entire lawn area. In addition, the total service life of the battery ultimately depends on the number of charging cycles. The battery type is decisive The power capacity of a battery depends on several factors. First, there is the actual battery type, i.e. the chemical system. While NiMH batteries used to be standard, Li-Ion batteries have now become the ‘go to’ for numerous electronic devices. Despite their power, these batteries are comparatively light and compact. Additionally, they have the decisive advantage that recharging takes approximately the same amount of time as it does to mow the lawn. They are not equipped with a memory effect - like NiMH batteries - but wear out somewhat faster. Another factor is the capacity that a battery can hold. This information is given in mAh (milliampere hours) and indicates how long a battery is able to supply the device with power at a certain voltage. For smaller models, the limit is sometimes 1,500 mAh, while robots for large lawns can have more than 4,000 mAh. To give an example, a battery with 1,000 mAh will supply the full 1,000 mA for one hour or 200 mA for five hours. A battery with 3,500 mAh will supply the 200 mA for 7.5 hours before recharging. A third factor is the discharge current, which is expressed in mA. Calculate battery runtime and capacity If you know the essential values of capacity and discharge current, you can also calculate the battery runtime yourself: Assume that a device with 18 V and a value of 4,ooo mAh constantly withdraws 3,000 mA for operation. Simply divide the charge by the discharge current to determine the battery runtime. In this example, the value is 0.75, i.e. you can operate the device for 45 min before it has to be returned to the charging station. You can calculate the battery capacity with the following formula, where the factor 1.3 denotes the electrical work: (battery capacity in mAh) / (charging current in mA) * 1.3 = battery charging time. Power-consuming factors that favor fast charging A robotic mower achieves maximum mowing time only on level terrain. Slopes, numerous turning maneuvers and ultimately a particularly robust lawn type require additional power so that the robotic lawnmower permanently drives with increased power input and may have to return to the charging station more quickly. In addition, the operating temperature also has influences on battery performance. The battery may discharge more quickly in late autumn or midsummer than in moderate temperatures. The charging capacity decreases with age Naturally, the life of a battery degrades over time. This may be after two years or as late as five: it truly depends on the number of charge cycles during that period. The more often you charge the battery, the faster it ages. At some point, you will notice the robot returning to the charging station more frequently than usual. If this is the case, you should think about replacing the battery. Charging cycles Average lifespan Temperature conditions Li-Ion-Batteries 500-800 4 years 10-35°C (50-95°F) Li-Ironphosphate-Batteries 1.000-2.000 5 years 10-40°C (50-104°F) NiMH-Batteries 350-500 6 years 5-40°C (41-104°F) In addition to the number of charging cycles, wind and weather conditions also affect the battery's service life. Sub-zero temperatures can affect the battery significantly within a short period of time, so a frost-free location is always recommended during winter. The same applies for bright sunlight. The robot should not operate in the midday heat, nor should the charging station be placed in a sunny location in the garden. Extremes such as fully charging or deep discharging also damage the battery. Ideally, the charge levels should always be between 30%-80%. Of course, you can't keep a permanent eye on this by automatically charging the robot. However, you can control it, if you charge your robot one last time before it moves into its winter storage. Calculating the mowing time When calculating mowing times, pay attention to charging intervals. They can sometimes significantly extend the total mowing time if the robotic lawnmower spends more time at the charging station. Therefore, for maximum efficiency, it makes sense to purchase a device with a modern Li-Ion battery that may charge in as little as an hour (depending on the battery capacity). How often a battery needs to be recharged depends on several factors. The manufacturer's specification is a good guideline, but it can also go up or down depending on environmental variables.",
"description": "The question of how often the battery of a robotic lawnmower needs to be charged is of great importance to many garden owners. After all, this factor is one of the deciding factors for the efficiency of the device. The more often the robot heads to the charging station, the longer it takes to mow the entire lawn.",
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"published": "2021-05-02"
},
{
"type": "news",
"title": "How long does the battery of a robotic lawnmower last?",
"content": "The lifespan of a battery depends on several conditions. First, there is of course the type of battery, which can be more or less sensitive to weather conditions sometimes. Furthermore, the length of time the robot spends mowing the lawn contributes to wear and tear. In regards to efficiency, battery power is essential. Naturally, the robot should mow for as long as possible before returning to its charging station. What is the battery power of the robotic lawnmower important for? The longer the robot spends time on the lawn and the shorter the time the battery needs to recharge, the faster the robot can complete its work. These factors influence battery performance frequency of use and therefore the number of charging cycles hot or cold conditions overcharging or deep discharge Selecting the optimal area capacity When you purchase a smaller robotic lawnmower, you sacrifice battery power. If the manufacturer's specification of the area output is close to your lawn size, the robot virtually has to be in continuous operation in order to cope with the area. The consequence is not only that you will hardly have time to enjoy your garden in peaceful silence but also that many charging cycles will need to be made in a comparatively short time. This decisively reduces the service life of the battery, as the total power is determined via charges. The lifespan of different battery types The lifespan of a battery basically depends on the battery type, so a general statement in this regard is really not possible. After all, charging and overcharging, sunlight or cold conditions all play a key role in how long the battery ultimately lasts. Earlier battery types like the NiMH battery had the so-called memory effect. That meant the time you recharged the battery was decisive, as it \"remembered\" the battery status over time and the charge capacity could decrease without the battery actually being defective. Moreover, a deep discharge quickly led to the battery no longer being usable. The advantage, on the other hand, was the high capacity, which led to fewer charging cycles. Li-ion battery as the new standard Due to its favorable characteristics, the lithium-ion battery has become almost universally accepted for robotic mowers, as in many other electronic devices. The energy density of these batteries is high; they achieve considerable performance even with a compact design and light weight - ideal for powerful robotic lawnmowers. Although the device is sensitive to extreme temperatures and deep discharge, Li-ion batteries are considered much more robust than NiMH batteries. Battery types in comparison Li-Ion-Battery Li-Ironphosphate-Battery NiMH-Battery Self-drain rate / per month 6-8 % 2-4 % 5-10 % or as a variant with 1-2 % Temperature range 10-35°C (50-95°F) 10-40°C (50-104°F) 5-40°C (41-104°F) Average lifespan 4 years 5 years 6 years Charging cycles 500-800 1.000-2.000 350-500 However, now there are also particularly powerful Li-Ion batteries that can easily cope with up to 2,000 charging cycles before the charging capacity decreases. How to positively influence the battery performance With good care and maintenance, the battery of a robotic lawnmower will last longer. Since the number of charging cycles is pivotal to when the battery of a robotic lawnmower reaches its age limit, you can increase the service life by reducing the number of charging cycles. Reduce mowing times during dry periods when the lawn grows slower. Choose a robotic lawnmower whose area output is not too close to your lawn size. This way, mowing times can generally be kept shorter. In addition to the maximum area output, some manufacturers also provide a recommendation for which lawn size the corresponding device is particularly suitable. If in doubt, please ask your dealer. If necessary, it is better to choose a model that is designed for larger areas than is actually required. Do not expose the robotic lawnmower to excessive heat. For example, avoid mowing in the blazing, midday sun of summer and place the charging station in a shady location. Alternatively, use a robot garage for protection. This protective device called \"RoboHome\" by Robomow, is available as an accessory for all Robomow product series. At the same time, cold weather can also affect battery performance. When temperatures are permanently below 10°C, it is time to move the robot to its winter home. Here, horizontal storage is important to maintain battery performance. While the battery charges automatically at the charging station, you can ensure that the battery is only charged to around 80% before winterization when charging manually. Conversely, it is also important to prevent complete discharge. If the unit is not mowing at the time, it is recommended to leave it at the charging station. Manufacturer's warranty for batteries Robomow offers its customers a one-year manufacturer's warranty on batteries. If any defects are found before the expiration of this period, the customer is entitled to have the battery replaced, unless the defect is covered by the seller's warranty. Replacing the battery - no problem The battery is an expendable part that you can actually replace by yourself without any problems if you notice that the robot is heading to the charging station more frequently. For Li-Ion batteries, an interval of 2-5 years is assumed here. The question of how long the battery of a robotic lawnmower lasts cannot be answered in a general way, as this depends on several factors. In any case, however, you can extend it by taking a few measures and thus delay the replacement of the battery.",
"description": "The performance of the battery is a decisive criterion for robotic mowers. After all, it determines how long the robot lasts before it has to make its return trip to the charging station: clearly reflected in the efficiency of the device. There is also the question of the entire service life of the battery, which is probably the most expensive expendable part when it comes to replacement. Hence, it makes sense to opt for quality directly at the time of purchase.",
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"published": "2021-05-01"
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{
"type": "news",
"title": "How long does a robotic lawnmower need to mow the lawn?",
"content": "To be honest, there is no general answer as to how long a robot needs to mow a lawn. After all, there are different influential factors that impact required mowing times. The technical characteristics of the robotic mower First of all, the speed at which a robotic mower cuts your lawn depends, of course, on the model. A device with a high capacity battery and a large cutting width will manage a significantly larger area within one charging cycle than a model equipped, for example, with a cutting width of 18 instead of 56 centimeters. In addition, nearly identical models can be equipped with different software. While some robotic mowers return to their charging stations after just 400 m², for others models, this can occur after 800 m². Moreover, while some models mow for 13 hours a day, others can be in operation around the clock (for 24 hours). Therefore, the model you chose is relevant to your specific needs. Another criterion of the efficiency of a robotic mower is the mowing speed. Often, older devices are somewhat slower than newer models. Naturally, the higher the speed of the robot, the faster the blades have to turn in order to produce a clean and even cut. Navigation also contributes to a shorter mowing time. Most robots drive \"chaotically\" over the lawn: only a few models operate according to a specific system. The latter is more efficient from a time perspective - which also applies to some robotic mowers with GPS navigation. Finally, battery power also plays a significant role. Over time, the robot loses its full charging capacity. As a result, the battery no longer stores as much energy as it did in the beginning. That means the robot will head for the charging station more frequently and the total mowing time will increase. Factors in the garden that influence the mowing speed Manufacturers specify a maximum area output for each device. Be that as it may, this can only be achieved under optimal conditions, for example, with a simple garden layout without slopes or obstacles that need to be avoided. Typically, there are factors in any garden which will affect a robotic lawnmower’s ability to mow at maximum speed: slopes lawn variety (robust and fast-growing varieties require more battery power). weather conditions (for devices with rain sensors). obstacles that have to be avoided or lead to frequent turning maneuvers garden layout (e.g. passages and side zones) These points cannot be expressed in absolute terms regarding extended mowing times. Nevertheless, you can assume that for an average garden, some of these situations can reduce area output by about 30%. Conversely, there are also robotic lawnmowers that are equipped with special traction wheels and thus manage inclines comparatively effortlessly. Modern 360° sensors can also increase efficiency through clever turning maneuvers with early obstacle detection so that the area output is only marginally reduced within the mowing time. Restrictions on mowing time Theoretically, a robotic mower can be in use between 12 to 24 hours a day, depending on the software. The main goal though is that the device mows the lawn in as short a time as possible. Then you can peacefully enjoy the idyllic garden in your free time and the children can romp around and play on the lawn to their heart's content. Perhaps you refrain from mowing on Sundays to avoid confrontations with the neighbors and only use the robot during the day to protect wildlife. All of these factors reduce the maximum mowing time, so it makes sense to consider how many hours you would like your robotic mower to operate each day (perhaps only two days). Either way, be sure to purchase a suitable model. To mow every day or not? Whether a robotic lawnmower should mow every day or every other day remains controversial even among lawn experts. While some claim that the lawn should be mowed as frequently as possible, others believe that mowing too frequently tends to harm the lawn. A test by the German lawn society found that in both cases, (mowing daily and every other day) outstanding results were obtained. Waiting longer than 2 days should be avoided. Ultimately, however, the frequency of mowing also depends on the ratio of the area output and the lawn area. If the ratio between the two is rather small, the robot has to mow more frequently in order to cover the entire area. For example, if it needs 10 hours to mow the entire area, but is only supposed to mow 5 hours a day, it is necessary to send it daily. Therefore, it will take approximately two days to mow the entire area. The duration of mowing is important The robotic mower must have enough time to actually cover the entire area of the lawn and trim all the blades of grass evenly. This is also important because grass clippings are left on the surface and should decompose in a rather short period of time in order to fertilize the soil. This only works with very short blades of grass. How long a robotic lawnmower needs to completely mow an area depends on several factors. Ideally, you need consider how much time the robot should spend on an area every day or every 2 days when selecting a suitable model and take into account a more or less large buffer according to the complexity of your garden.",
"description": "The question of how long a robotic lawnmower needs to mow the garden is not easy to answer. After all, this depends on several factors such as: the size of the area, the nature of the terrain and the technical specifications of the robotic lawnmower. More importantly are the personal wishes that can limit the maximum mowing time.",
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"published": "2021-04-30"
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{
"type": "news",
"title": "What is important in a robotic lawnmower?",
"content": "The purchase of a robotic mower is a dream come true for many garden owners. The device tirelessly makes its rounds and mows the lawn all by itself while you take care of the enjoyable things in your gardening - or simply put your feet up. To make this wish come true, the robotic lawnmower should have a number of features. Some of these depend on the nature of your garden, others apply equally to all lawns. The battery technology used Most robotic mowers are now equipped with a Li-ion battery. These are not only comparatively impervious and easy to store, but are also impressive with their long service life as well as their low weight. The batteries are available in a wide range of performance levels - the higher the area output, the more power the installed battery must have. Low noise levels Robotic mowers should take care of the lawn as quietly as possible or at least at a low noise level so that, in the best case scenario, you can stand in the garden and not feel disturbed. Even with neighbors, there is always the risk of a disagreement when the robotic lawnmower is running on the weekend and exceeds a comfortable noise level. Particularly pleasing to the ears are robotic lawnmowers with a level of 60 dB and less. The noise is still quite tolerable up to 70 dB. Anything above that can quickly become bothersome to the ears. Replaceable parts There are robotic mowers where you can easily change some parts yourself with just a few simple steps and without any technical understanding. This proves particularly practical when replacing the blades, which should be done every few weeks and no less than once a season, depending on the model. At the same time, the simple replacement of parts saves time and money if you don't have to take the robot to a specialized dealer every time. Edge cutting function Anyone who buys a robotic mower usually wants to give up the largest possible part of lawn care and focus their attention on more important things. For this to succeed, it is a good idea to buy a robotic lawnmower with an edge-cutting function. The blade is located under the device in such a way that the robot can cut as far as possible to the edges as it passes, leaving no or hardly any uncut blades of grass, provided there are no solid obstacles in the way. Without this edge technology, you would have to invest more time in lawn care and touch up the edges with a trimmer. Self-cleaning mowing deck Like the edge-cutting feature, a self-cleaning mowing deck reduces the amount of lawn maintenance. Although some robotic mowers require weekly cleaning to remove mulch debris in order to maintain full performance, mulch removers take care of cleaning while the lawn is still being mowed, all automatically. For you, this means very little cleaning. State-of-the-art sensor technology Every robotic mower is equipped with a whole range of different sensors that allow it to navigate between spaces and ensure maximum safety. For this purpose, modern devices work with special camera technology and / or 360° sensors. They not only contribute to further safety measures when obstacles are detected at an early stage but also increase efficiency if complex turning maneuvers are elegantly prevented. Flexible cutting heights Depending on weather conditions or seasons, the optimal cutting height of the lawn is not constant. While mowing less frequently is recommended during dry periods to protect plants and soil, a very low cut is helpful before winter or thatching. In order for a robotic lawnmower to meet all the requirements, a model with a wide width of different cutting heights is a safe bet. Area performance and cutting width Finally, the main criterion for the purchase of a robotic lawnmower is probably the area output. This defines whether the robot is capable of handling your lawn area. While the manufacturers usually specify the maximum performance under perfect conditions, complex layouts, slopes and limited mowing times reduce the performance. For that reason, you should consider the next larger model. A larger cutting width increases the efficiency and maximum area that the robot mows within a certain duration. At the same time, a large width comes at the expense of maneuverability. Thus, in spacious areas with a simple layout, models with a larger cutting width have an advantage, while in small, winding gardens, robots with a smaller cutting width will function much better. Features for special garden layouts In addition to the above-mentioned features, which in principle apply equally to all robots, there are other specifics that are helpful if your garden has a special layout or steep slopes that can prove challenging to your robotic mower. So, before purchasing a robotic mower, always survey your garden to make the best purchase decision. Suitability on slopes Most robotic lawnmowers are suitable for slopes of up to 30%. If your garden has a larger slope, a robotic lawnmower that can handle steeper slopes will be necessary. Special wheels with above-average traction are particularly helpful here, in order to prevent the robot from slipping wet grass. Going uphill is also much easier if the perfect grip is always provided. Number of starting points and multi-zone mowing In winding gardens with several main, secondary or even separate zones, it is helpful to define different starting points in order to mow all areas at regular intervals. Depending on the model, the number of starting points is usually between 2 and 5. In addition, depending on the model, there are further accessories that allow the zones to be extended. Numerous general criteria are important for each robotic mower so that its performance ultimately meets your demands. Based on these, you can easily compare different models and choose one that best suits you.",
"description": "Of course, there are some features that are advantageous for any robotic lawnmower. But the question of what a robotic lawnmower should have depends, of course, on the nature of your own garden. So what really matters with a robotic mower, if it's merely a convenient feature?",
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"published": "2021-04-28"
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{
"type": "news",
"title": "How much does a robotic mower cost?",
"content": "While an electric lawn mower is already available for less than €100, even inexpensive robotic mowers from brand manufacturers cost around €1000. If you also want additional equipment or have a larger surface area, you can quickly expect to pay €2,000 or more. However, the purchase is well worth it because you have more time to do pleasant things in your garden. In addition, the lawn benefits from the care provided by a lawn robot, and the quality of the greenery in many gardens increases significantly. Whether the purchase is ultimately worthwhile depends on several factors. The acquisition costs of the robotic lawnmower The purchase price of a robotic mower is determined by the power, equipment and its functions. Thus, you will have to dig deeper into your pockets for a few hundred square meters more than for you would for a smaller model. The complexity of the lawn also determines the cost: if you have a lawn with many nooks and crannies, you will need maneuverability; if you have several mowing zones, the robot must be able to navigate from different starting points. Cost factors in the purchase of a robotic lawnmower are e.g. area output cutting width performance of the battery additional charging stations for separate areas need for perimeter wire beyond the scope of delivery traction wheels for slopes give better grip Other features such as an edge cutting function are design-related and do not necessarily have to be reflected in a higher price. However, the numerous additional features are particularly expensive. Additional features cost extra There are inexpensive basic models that hardly have any additional functions, but are also limited to the essentials. Although these offer less comfort, they do not fulfill their task any less in some cases. These models are usually suitable mainly for small lawns and simple garden layouts. If you attach importance to a high level of comfort in operation, the purchasing costs of a robotic lawnmower quickly increase. Nevertheless, the additional luxury often pays off in the form of easy handling, extended theft protection or increased efficiency through optimization via GPS analysis. Helpful features of a robotic lawnmower that increase ease of use include: GPS module voice control touch screen 360° sensors Electricity costs for the robotic lawnmower How expensive the monthly electricity costs will be depends on the power of the robot. Assuming a device with a motor power of 20-25 watts, which is in operation for 10-12 hours a day, the monthly electricity costs will run between 6-8 kWh. When operating from March to November, the annual electricity costs are just €14-18 for the robotic lawnmower. Electricity costs increase when you have an increase of power, but even for robotic lawnmowers suitable for areas of 4,000 m² and more, they are around €40, which is manageable. Spare parts for the robotic lawnmower The blades in particular are parts that wear out and must be replaced regularly on the robotic mower. According to the manufacturer, the blades of some robots can last for a season, which keeps the costs low. With other models, replacement is necessary every 4-6 weeks. However, at around €15, the cost of the required blades for a season is kept within limits. An average battery lasts about 2,500 charging cycles and is reached after about 3-5 years. After this time, you should replace the battery to restore the original performance. In doing so, you can calculate around €80 for an original battery. Comparison of costs At first, the purchase of an electric or gasoline mower seems significantly cheaper than a robotic lawnmower. However, on closer inspection, the purchase price quickly pays for itself. This becomes particularly clear when the working time in hours is included in the calculation. In this case, an average robotic lawnmower for an area of 500 m² is only marginally more expensive in the first year and becomes significantly cheaper in subsequent years. Robot mower Electric mower Gasoline mower Purchasing cost €1,000 €200 €50 for cabel €300 €20 for gasoline can Operating costs for electricity or fuel/ per year €14-18 €15-20 €30 Blades / per year €15 €30 (service) €50 (maintenance) Battery / Year (3-5 years operating life) €16-27 Lawn fertilizer €30 €60 €60 Working time for care and maintenance/ €10 per hour €40 €40-60 (installation in the first year) €480 €480 Total costs for year €1,155-1,190 €835-840 €940 Costs in subsequent years €115-130 €585-590 €620 The cost of a robotic lawnmower depends mainly on its performance and features. If you do not attach importance to a high level of operating convenience, inexpensive entry-level models are already available for around 1,000 euros. Compared to other types of lawn mowers, they pay for themselves quickly, so the purchase pays off quickly and not just by gaining leisure time.",
"description": "It is common knowledge that robotic mowers are no bargain and cost much more than a simple electric mower. Yet the investment is worth it; the gain in leisure time is enormous. If you don't want to invest several thousands of euros directly, you can still buy an entry-level model with only a few features since the price ranges of the products are wide.",
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"published": "2021-04-27"
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{
"type": "news",
"title": "Which robotic lawnmower is suitable for 700 m²?",
"content": "A 300 m² lawn has completely different demands from the robotic mower than an area of 2,000 m² or more. The individual cut of the garden also affects the choice of a suitable robotic lawnmower. Only when the robot fits your particular lawn can labor-saving time become optimal as well as the cut result will be perfect. So, which robotic lawnmower is suitable for 700 m²? Why is it important to consider the area performance? Many robotic lawnmowers are designed for either 300 m², 1,000 ² or even 2,000 m². Finding a lawn robot for an area of exactly 700 m² is not so easy - but recommended. If you decide on a model with an area capacity that is too small, there is a high probability that the robot will not reach every area within a maximum of two days. The result: the cutting pattern becomes irregular and uncut and the lawn clippings will be too coarse to rot quickly into mulch. In the worst case, the lawn begins to rot under the clippings. On the contrary, a model with an area output that is too large is not only more expensive, but also consumes more energy while operating. At the same time, the cutting width of robotic lawnmowers for bigger areas is often larger so that the necessary maneuverability in small gardens is lacking. Criteria for a robotic lawnmower for 700 m² The area output is one thing - but mainly a guideline from the manufacturer. Slopes or very slanted gardens partially reduce the efficiency of an area. Therefore, you should choose a model that brings a slightly higher performance than the maximum recommendation. Maximum and recommended area performance The manufacturer's specification of maximum area output is usually a specification that is only achieved under optimal conditions, simple mowings and when the power is fully utilized. In extreme cases, this means 24/7 use, interrupted only by breaks at the charging station. In normal cases, however, there are limitations in terms of the layout and mowing times, stoppages during rain or larger slopes in the terrain. For an average garden, a deduction of around 30% of the maximum area output is advisable to be on the safe side. Above all, the planned mowing times have an influence on the area output. If the manufacturer specifies an operating time of 12 hours a day but you only want to run the robot for 6 hours, the specified area output is halved. The situation is different if the manufacturer specifies a recommended area output. Here you can assume that a robotic lawnmower for 700 m² will realistically mow the area. The slope of the terrain Most robotic mowers master a slope of up to 25% without problems. Nevertheless, if the terrain is steeper, some models will reach their limits. If in doubt, calculate the slope precisely so that there is no loss of area output. A robotic lawnmower with excellent traction is recommended in order to always have the perfect grip even in wet weather, especially on extreme slopes. Otherwise, the robot will quickly start to totter, which will have an undesirable effect on the area output. Battery power and motor Battery power and motor also determine how efficiently the robotic lawnmower cuts the area. The key here is to choose the optimum between charging capacity, power consumption and efficiency. At the same time, you should highly consider a Li-ion battery when purchasing. This design is particularly easy to maintain, durable and robust. The number of main and secondary zones Not every robotic lawnmower is capable of controlling several starting points and hence, mowing separate lawns without further action. If your garden has several zones that are either connected only by narrow passages or even completely separated from each other, it is quite important to consider this function when purchasing. When doing so, pay close attention to the distinction of choosing different starting points in main and secondary zones as well as the definition of separate zones. Other features of a robotic mower for 700 m² In addition to the technical features that are necessary for your robotic mower to reliably mow and maintain the area of 700 m² in the first place, there are other features that further increase the pleasure of using the robot and simplify handling in everyday life: integrated mulch cleaner and self-cleaning wheels, which significantly reduces the amount of cleaning required variable cutting height adjustment convenient control via app GSM module low-noise operation cutting width pendulum suspended mowing deck, which ensures perfect cutting results on even or uneven terrain Determine the area size of your own garden In order to determine which robotic lawnmower is suitable for a garden, it is necessary to measure the garden. There are several ways to do this: Read the area from a plot plan. Determine the area using Google Maps (right mouse button -> measure distance). Measure the garden by hand with measuring devices. Use a specific measuring app to determine the lawn area. For the optimal ratio of performance, power consumption and purchase costs, it is important to consider the area output when buying. The recommended area output for a robotic mower for 700 m² is a good guide for gardens with average complexity, slope and regular mowing times.",
"description": "300 m², 500 m², 2,000 m² - lawns come in a wide range of sizes, and the cut also varies according to the individual garden design. So when choosing a robotic lawnmower, the question that inevitably arises before purchasing is: Which device is best suited to my garden?",
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"published": "2021-04-24"
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"type": "news",
"title": "Which robotic mower is suitable for small gardens?",
"content": "Small areas are mowed quickly and obviously do not need a large robotic mower. If you decide to choose a compact model, not only is it cheaper, but you can also save a lot of energy during operation. However, what else is important in a robotic lawnmower for small gardens so that the device does not turn out to be a bad purchase? Calculating the right area output Probably the most important key figure of a robotic mower is the area output. You can use this to determine which product is suitable for your lawn. The manufacturer's specification always refers to mowing under optimal conditions without taking into account restricted mowing times, which may result from daytime use, obstacles or winding gardens, for example. The more effort the robot needs, the quicker the battery will drain, the number of charging intervals will increase and the area output will decrease. The area output can be calculated with the following formula: Area output according to manufacturer's specification in m² * planned weekly operating time in hours / manufacturer's specification of operating time including charging times = actual area output. Choose a model that generously meets your requirements but is also not oversized. Moreover, a higher area output means more power and, as a rule, a greater cutting width - which comes at the expense of maneuverability and unnecessarily drives up electricity costs. The cutting pattern is what counts Even in small gardens, only an accurately cut lawn looks well-groomed. Many robotic lawnmowers for small areas are inexpensive to buy, but they also cut corners on the quality of the blades. The result: the blades pluck the grass rather than cutting it cleanly, and the cutting pattern becomes uneven. Hence, when purchasing, look for high-quality, long-lasting blades that can be replaced by yourself in a few simple steps if necessary. The volume of the robotic mower During operation, robotic mowers usually run between 60 and 70 dB. This means they operate comparatively quietly and cannot be heard at a distance of ten meters. If the relationship with your neighbors is tense to begin with, it is recommended to buy a particularly quiet device with a noise level of about 60 dB. The maneuverability of the robotic lawnmower in small gardens In contrast to large gardens, lawns in small gardens are usually rather winding and with narrow passages. For a robotic lawnmower, such aspects pose a particular challenge. Models that are especially maneuverable with a narrow cutting width of around 20 cm have a clear advantage here. Although this reduces the area output, it ensures that the robots can navigate better and there is less touch up in corners and edges. A narrow cutting width ensures high maneuverability, which proves to be an advantage in small gardens with many angles and corners. Although the efficiency in large areas is not as high as with larger lawn robots, compact devices achieve better results in confined spaces. Mowing with edge function Due to their design, the blades of a robotic mower are located on the underside. Often, they are even located between the two drive wheels. So, while cutting along beds or walls, the robot might not be able to reach the outer blades of grass. Timely touch up is the result. Especially in models for larger areas, many robots are equipped with a unique edge-cutting function where the blades extend beyond the wheelbase – making touch up hardly necessary. What’s more, you don't have to give up this convenient feature even with compact robotic mowers for small gardens. When choosing your robotic lawnmower, look for a practical edge-cutting function. Blades protruding above the wheelbase reliably cut grass even along lawn edges so that touch up is reduced to a minimum. Efficient lawn mowing with powerful batteries The power of electrical appliances is usually specified in ampere-hours. This figure indicates how much power the battery can store and then release. Smaller robotic lawnmowers, for example, have batteries with 4.3 Ah or 4.9 Ah. In purely mathematical terms, this means that such a battery can be loaded with 4.3 or 4.9 amps for one hour. This is sufficient for small lawns in any case. Together with the voltage number, this results in the consumption of the device, which you can then use to determine the robot’s endurance called watt hours. If you multiply the two quantities, you can quickly compare different robots with each other. A piece of cake to operation via app Unlike large robots, lawn robots for small gardens usually do not come with a control panel via touch screen. However, you won’t have to give up a high level of operating convenience even with compact lawn robots. Models that can be programed and controlled via app impress with a high level of operating convenience. There is no need for a large robotic lawnmower for a small garden. Special models with narrow cutting widths, low operating noise levels and simple operation are ideal for lawns of 300 m² or less - and are comparatively inexpensive to purchase. This leaves you more time to enjoy your garden to the fullest.",
"description": "The smaller the garden, the more compact the robotic lawnmower can be. This not only saves energy but also proves to be a clear advantage when it comes to maneuverability of smaller models and reducing purchasing costs. So, which robotic mower is best suited for small gardens?",
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"published": "2021-04-25"
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"type": "news",
"title": "How often do you have to replace the blades of a robotic lawnmower?",
"content": "The service life of the blades of a robotic lawnmower depends on several factors, at least some of which you can influence positively. Nevertheless, even with very good care, the blades will dull sooner or later. To ensure that the cutting pattern remains clean, regular replacement of the blades is unavoidable. But how often is this necessary? Reasons for changing the blades of a robotic lawnmower Blunt blades have a negative effect in several respects. The cutting pattern becomes unclean if the blades only hack off the grass instead of cutting it cleanly. This can result in an increase of brown tips giving your lawn an unhealthy look. The noise level increases with dull blades. Even robotic mowers, which are actually whisper-quiet with less than 60 dB during operation, become louder as a result and eventually disturb the idyll in the garden. Blunt blades lead to increased power consumption. In this case, the robot has to dock the charging station more frequently. This, of course, will affect mowing times as well as the overall battery life. Factors affecting blade life The life of the blades of a robotic lawnmower varies significantly. Some factors you can influence, others less so. For example, collecting foreign objects such as fallen fruit, cones or branches and shorter mowing times can significantly extend the service life. First of all, the most important point is the frequency of use of the robotic lawnmower. The more often the device works, the faster the blades will wear down. Objects on the lawn that get into the blades will cause them to dull more quickly. The type of lawn also affects the life of the blades. More robust lawns result in slightly faster wear of the blades. The condition of the soil affects the rate of growth and, indirectly, the durability of the blades. On sandy soil, for example, the lawn usually does not grow as fast so the blades stay sharper longer. Similar to the soil conditions, the seasons and weather conditions also influence the service life of the blades. In the spring, rapid growth causes the blades to wear down more than in a dry summer. Material and quality the blades: the high-quality blades produced by our manufacturers usually last longer than cheap imitations. It is not uncommon for cheap blades to also pose a safety risk when pieces break off and are left unnoticed on the lawn. Blade plate or star blade Finally, the type of blade also affects it’s durability. Blade plates - usually three – have significantly thinner blades that are less able to cope with foreign objects than robust blade plates. The interval for replacing the blades is correspondingly more frequent so that the cutting pattern remains nice and clean in the long run. This is usually around 1-3 months for knife plates, while star plates sometimes only need replacing once a season. Keep in mind that star plates are also somewhat more expensive to purchase. Ultimately, it is advisable to understand the manufacturer's specifications as a guideline and to determine the time for blade replacement based on the cutting pattern of the lawn. Frayed tips are easy to spot and a clear indication of dull blades. Follow manufacturer's instructions It is not possible to make a blanket statement about how often the blades on the robotic lawnmower need to be replaced, and it also depends on your model. While some manufacturers recommend a monthly change, which can be delayed somewhat by particularly long-lasting blades, it is sufficient to replace the blades in other devices once or twice per season. Changing the blades on the robotic lawnmower yourself Replacement blades are available for each model from the manufacturer and from specialist dealers. Changing them takes only a few minutes and usually requires no more than a screwdriver. The change is even easier with a special click system and the required tool is included in the delivery. For safety reasons, it is advisable to wear safety gloves when handling the blades. They are similar in sharpness to razors and cause cuts even with a little carelessness. Even without considering the interval for changing the blades, it is recommended to check them frequently for wear and tear. A good time is certainly when cleaning the mowing deck, which is done regularly anyway. The manufacturer's specification for replacing the blades is only a guideline. The durability of the blades depends on several factors and it is not possible to make a blanket statement about the correct frequency of blade replacement. It is best to observe the cutting pattern and regularly check the blades for wear in order to determine the ideal time for blade replacement.",
"description": "Sharp blades are essential for producing a clean cut. As parts wear down, replacing the blades is therefore inevitable, even with good care. However, since there are always costs involved, blade replacement should not take place more frequently than necessary. So, what is the ideal interval when replacing the blades of your robotic lawnmower?",
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"published": "2021-04-26"
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{
"type": "news",
"title": "Does a robotic mower make my lawn more beautiful?",
"content": "Many lawns suffer from the high temperatures, especially in summer. Brown discoloration or even bare places often dominate areas that should normally be dense with lush green grass. Many garden owners accept this shortcoming with a shrug of the shoulders, since the path to the perfect lawn is supposedly associated with a ton of work. However, this does not have to be the case: a robotic lawnmower makes a valuable contribution to a rich and dense green lawn in your own garden. The perfectly manicured lawn A perfectly manicured lawn allows you to really show off your garden. To maintain this, it actually does not take much if you pay attention to a few things: sufficient watering regular mowing thatching 1-2 times a year aeration, liming or sanding if necessary regular fertilizing during the lawn season At first, this sounds like a lot of effort and work, but it can be reduced just by choosing the type of lawn. For example, there are robust and hard-wearing lawn mixtures that are suitable for gardens where children play, or ornamental lawns that grow particularly dense and can tolerate deep lawn divots. Be sure to look for a quality mix when purchasing your preferred lawn variety. The contribution of the robotic lawnmower to a gorgeous lawn A robotic lawnmower takes a lot of the lawn care off you hands by doing the regular mowing all by itself. Furthermore, fertilizing is also significantly reduced by using a robotic lawnmower. You will only take care of thatching and watering the lawn. Take area performance into account Above all, it is important that the model fits your garden in terms of performance and cutting width. There are robots for lawns with less than 300 square meters up to 3,000 square meters and even more. The greater the specified area output, the faster the robot will work. On the other hand, not enough power can result in individual areas not being mowed frequently enough (about every 2 days). The result is different lengths of grass blades or an unclean cutting pattern. Even and regular lawn cutting Once programed, the robot regularly makes its rounds and permanently ensures an even lawn cut. This alone allows the lawn to grow more evenly and densely, as numerous shoots are formed. It is important here to choose a cutting length that also suits the lawn mixture. While some ornamental lawn seeds allow cutting depths of 2-3 centimeters, a commercial lawn prefers a length of approx. 4-6 centimeters. In the shade, the blades may be as long as 8 centimeters. The ideal length is important so that the lawn can breathe well - but at the same time does not encourage the growth of weeds. Pendulum suspended mowing deck for uneven surfaces Since not every lawn is absolutely level, it is recommended to buy a robotic lawnmower with an oscillating suspended mowing deck. This way, the cut is made with the same length everywhere. The robot automatically compensates for unevenness and the cut is therefore, accurate and absolutely even. Clear edges thanks to edge trimming function If you want to save the maximum amount of work and do not want to manually trim the edges anymore, a model with an edge function is the right choice for you. Here, the blades protrude beyond the wheelbase, so that the blades are cut to the edges. Working with the lawn trimmer or lawn edge trimmer is thus considerably reduced or completely eliminated. Mulching replaces fertilizing - most of the time Since the robotic lawnmower only cuts off a few millimeters of the stalk tips each time, grass clippings can be left on the surface. These clippings decay within a short time and thus serve as a natural fertilizer. For you, this eliminates the need for regular fertilizing - which saves time and money. An exception, however, is the first cut after winter. The blades have hardly grown over the winter, but the length is sufficient to avoid immediate decay. The layer of grass on the ground then prevents adequate ventilation, and the lawn underneath is put at risk. Therefore, it is advisable to remove the first cuttings manually - or alternatively to use another type of lawn mower with a collection bag. Clean cut prevents brown stalk tips If the stalk tips are cut off uncleanly during mowing, brown spots can form - the lawn will not be as lush overall as it would be with a clean cut. By regularly replacing the blades of a robotic lawnmower, you will be assured that the blades of grass are not simply torn off, but cleanly cut. Mowing robots drive away moles A lawn littered with mole mounds is a major annoyance for many garden owners. Regular use of a robotic mower disturbs underground animals and in turn, they are very likely move to a new territory. Thus, the problem takes care of itself and without the use of chemical aids. What you should pay attention to when using the robotic lawnmower When using the robotic lawnmower correctly, lawn care almost takes care of itself. In order to avoid unpleasant surprises, it is nevertheless important to consider a few points when using the device: In heavy rain, the robot should stay in its garage. Wet blades can cut less precisely. Furthermore, mulch could clump together and soil the robotic lawnmower's cutting deck. An integrated rain sensor detects wet weather and automatically postpones its exit. The lawn should not be mowed in the blazing midday heat of midsummer. Even clean cut edges burn under strong sunlight and form brown spots. Late afternoon or early evening is recommended. Make sure there are no objects lying on the lawn. Modern robotic mowers automatically avoid larger obstacles, but even harmless items such as pine cones or fallen fruit contribute to the blades dulling more quickly and the cutting pattern becoming unclean. If there are inclines and slopes in the garden, choose a model that is designed for them to ensure a perfect cut pattern of the terrain. After the first frost, you should not mow the lawn again. The robotic lawnmower should be stored in its winter quarters. This period of rest is also the ideal time to service the device so that it is ready for immediate use in the spring. A robotic lawnmower not only makes lawn care easier, but also makes a significant contribution to a beautiful, even and lush green lawn when operated properly.",
"description": "The dream of a perfectly manicured and evenly trimmed lawn is usually associated with considerable effort. This does not have to be the case! A robotic lawnmower automates lawn care to a large extent. This way, the lawn looks healthier, more lush and thus simply more beautiful, all without time-consuming interaction.",
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"published": "2021-04-17"
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"type": "news",
"title": "What must a robotic lawnmower be able to do?",
"content": "Not all robotic mowers are the same. What all models do have in common is their similar shape and the way they move. At a second glance, it becomes clear that the products on the market differ significantly from each other. To find the right model for your own garden, it is first necessary prioritize your own requirements and then look at possible features of the products. What should a robotic lawnmower be able to do and what can it do without? Consider the condition and size of the garden Probably the most important criterion when choosing the right robotic lawnmower is the size and condition of the garden. Small devices are only designed for a few hundred square meters, while powerful models can handle 3,000 m² and more. The closer the actual lawn area is to the maximum power of the robotic lawnmower, the more often the device must be in operation to trim the lawn evenly. Of course, the average mowing time per battery charge and the subsequent charging time required to provide new power also have an influence on the mowing times. If there are play breaks for children or relaxation periods in the evening and on weekends, the calculation of the maximum area performance should not be too tight. Further criteria of a lawn robot, which depends on garden conditions, are for example the maneuverability (in particular with small winding gardens), the number of the secondary zones and separate zones which the lawn robot is to control, and also the terrain. After all, not every model can handle slopes without any problems. And finally, it is also worth taking a look at the lawn itself. How level or uneven is the lawn? What cutting height do you want for the ornamental or commercial lawn? To produce an optimal cutting pattern on even on uneven terrain, for example, there are models with pendulum-mounted cutting decks. The cutting heights vary between 15 and 100 millimeters, so that the perfect solution can be found for both a low ornamental lawn and a highly shaded lawn. Every robotic lawnmower should have these features Once you have determined the basic conditions, it's time to select a suitable model that not only has sufficient engine power but also provides maximum lawn care. Self-cleaning mowing deck reduces cleaning effort It is inevitable that damp grass will collect in the robotic lawnmower, where it will sooner or later have a negative impact on cutting performance. Regular cleaning of a robotic lawnmower is therefore essential in order to achieve perfect cutting results over the long run. A self-cleaning mowing deck reduces the time you invest in cleaning and maintenance to a minimum. This leaves more time to enjoy your magnificent garden. Edge function - no tedious trimming of lawn edges As accurate and precise as robotic lawnmowers may cut - if long blades remain at the lawn’s edges, manual reworking is required to create a truly perfect trim. This not only costs time, but is also very tedious. The ideal robotic lawnmower has a trimming function in which the blades extend beyond the wheelbase and thus trim right up to the very edge. For the edge mode to work optimally, the exact laying of the perimeter wire is an important prerequisite. Therefore, installation by a professional is recommended. Replaceable parts - easy maintenance and repair Even the best lawn robot is not safe from wear and tear. Nothing is more annoying when you have to bring the robot in for professional maintenance and repair to replace every small part. This not only costs time, but money. It is much more practical, however, if you can simply replace blades and other worn out parts with just a few simple steps and minimal use of tools to carry out minor repairs yourself. Nevertheless, the replacement of worn out parts should not substituted for the annual winter check at a professional dealer. The dealer will give the robot a thorough inspection and also check the battery and software. Powerful battery for efficient mowing A powerful battery provides long mowing times before the robotic lawnmower has to return to its charging station. It only remains there for a short time until there is enough power to continue the mowing process. Overall, the time spent mowing is significantly reduced, leaving more time for breaks in which you can enjoy your garden completely. In addition, rechargeable batteries from 4.7 Ah are considered to have an extremely long service life, as they are characterized by an above-average retention of the full charge capacity for a long time. Low noise level for more peace and quiet in the garden It is probably impossible to prevent the robotic lawnmower from making its rounds even when you are enjoying your free time in the garden. In this case, a robotic lawnmower that works so quietly that you can hardly hear it, is a real blessing. With a noise level of less than 60 dB, in principle you could even let the robot mow at night without disturbing your neighbors. However, neither humans nor animals should be in the garden when the robot is operating. If in doubt, avoid unnecessary risks and send your robot back to the charging station with a simple app command until the path is clear again. Tire traction - grip in all weather conditions On slopes, lawn robots quickly lose their grip in wet weather and, in the worst case, end up where they shouldn't be. Wheels with chunky tires provide optimum grip even in wet grass and ensure safe navigation on level terrain as well as on slopes. So you can be sure that your robotic lawnmower will work reliably even in drizzly weather. Optional features In addition to these features, which every robotic lawnmower should have regardless of its size and performance, you have a choice of numerous other features when buying a robotic lawnmower. Probably not all of them are fit you needs, but should at least be considered before deciding in favor of a model: Rain sensor Theft protection (e.g. via geofencing) Manufacturer's extended warranty against theft and damage Control options via app, touchscreen & Co. GPS navigation Obstacle detection via camera sensors Most of the features a robotic lawnmower come with depend on your garden condition and individual preferences. But there are also some features that should not be missing from any model. If you take these into account when buying, you will feel a significant relief in regular lawn care - and have more time for pure garden enjoyment.",
"description": "First of all, there is no such thing as the perfect lawn robot for all lawns. The terrain, size and condition of the garden, the requirements for mowing times and control options via GPS & Co. are all very different. And yet: some features should not be missing from a robotic mower for smooth operation.",
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"published": "2021-04-20"
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"type": "news",
"title": "What are the 5 most important features for a robotic mower?",
"content": "Area performance, cutting width, battery capacity and maximum cutting height, as well as a whole range of other features that a robotic mower brings, are certainly among them. For newcomers who want to purchase a robotic lawnmower for the first time, the specifications can be confusing and make it difficult to find the right model for their garden. Many of the features may be quite practical but do not add any real value to your garden. Furthermore, they may drive up the acquisition costs. So what to look out for? #1 Easy maintenance thanks to replaceable parts A robotic mower simplifies lawn care on many levels. Not only is the time spent mowing eliminated, but mulching also reduces the need for fertilizing. In order to invest as little time as possible in the maintenance of the device, robotic mowers are recommended where you can replace the common wear parts such as the blades yourself in just a few minutes without the aid of many different tools. A click system is particularly easy to use, as changing the blades is really child's play. Incidentally, a mulch remover is similarly helpful, as it significantly reduces the amount of cleaning required by keeping the mowing deck clean directly while mowing, resulting in significantly less grass debris. #2 Less rework due to edging function Undoubtedly, A robotic lawnmower provides valuable assistance with lawn care. However, there is often still a strip left at the edge of the lawn that the robotic lawnmower cannot reach. Despite all the time saved, finishing work with the lawn trimmer is usually one of those annoying chores for garden owners. This can be remedied by robotic lawnmowers that are equipped with a practical edge-cutting function. In these models, the blades extend beyond the wheelbase, so that edges along level lawn borders in particular are mowed completely without the need for any further work. This gives your even more time to enjoy your garden completely. #3 Quiet as a whisper thanks to low noise levels Whether you want the robotic lawn mower to work while you are in the garden, or there are neighbors who might be bothered by the noise of a robotic mower: it is convenient to have a robot that is hardly noticeable even when it is operating, as it works as quiet as a whisper. This is especially the case with models with 65 dB or less. #4 Playfully easy operation via app Be it the first start-up, changes to the mowing schedule or simply to manually navigate the robotic lawnmower to a separate zone from the lawn chair- the control of the device should be as simple and straight forward as possible. While a clear touch display still requires operation directly on the device, if the function works via an app, it is sufficient for you to be near the robotic lawnmower so that a connection can be established via Bluetooth. If the robotic lawnmower is also equipped with a GSM module, the handling is simplified even further. You can comfortably reprogram the robot regardless of location and time, even from the beach on your vacation. #5 Maximum flexibility thanks to variable cutting heights The first cut in the spring after winter or the last - particularly deep cut before the winter is associated with varying cutting heights. By no means does every robotic lawnmower have a versatile settings in terms of maximum length. Rather, the cutting height of many models remains limited to 60 millimeters - which is likely to cause problems, especially in the spring if you do not want to resort to the classic manual lawn mower. By choosing a model with a great variety of cutting heights, you are always on the safe side and have the necessary flexibility at any time of the year. These features depend on your particular garden While these five features are important for any robotic mower, there are other features that depend on your garden layout. Area performance Depending on the size of your lawn, the robotic lawnmower should have the appropriate area performance to mow the lawn in an allotted time. Gradient In gardens with slopes, the robotic lawnmower must be designed for the existing slope. GPS-Function Being equipped with GPS not only improves theft protection but also simplifies tracking in large gardens. Some models even use the GPS to optimize routing, thereby increasing their efficiency. Cutting width The cutting width is directly related to the area output. Robotic mowers for large areas work more efficiently with a higher cutting width. In small gardens, a narrow cutting width is advantageous so that robotic mowers are as maneuverable as possible. Programmable mowing times If you want to make your work easier and don't want to always start and stop the robotic lawnmower manually, pay attention to the programable mowing times feature. This way, the device starts and stops its mowing process automatically without any further intervention. 360° or camera sensors The latest generation of robotic mowers is equipped with an all-around sensor that detects obstacles from a distance or at the slightest touch and changes direction early on. Especially when children or animals are present, this function contributes to further safety during operation. You can't avoid analyzing your needs before buying a robotic mower to find a model that best meets your needs. Nevertheless, there are some features that simply every robotic mower should have regardless of the nature of your own garden.",
"description": "Not all robotic mowers are the same. The features differ not only in terms of area performance, battery capacity and cutting heights but also in terms of technology, controls and the sensors used, which are responsible for navigation. But which of these features are really important for daily use, and which less so?",
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"published": "2021-04-21"
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"type": "news",
"title": "Which robotic lawnmower is suitable for 1,000 m²?",
"content": "Robotic lawnmowers are available for areas as small as 150 m², so you can even have this practical garden helper take care of your little lawn in your front yard. While you may find the time to do this on your own, the more lawn area you have, the more effort you will need to invest in lawn care. With 1,000 m², the purchase of a robotic lawnmower is definitely worthwhile. For this to succeed optimally, the robotic lawnmower should have a few features. Why is the area capacity important? The maximum area output results from the largest possible operating time specified by the manufacturer, taking into account the battery power. If you buy a model that has less power than your lawn area, there is a risk that the device will not manage to cut the entire lawn. Moreover, it is also necessary to take into account that the specification of the maximum area power is really aimed at optimal conditions in a flat garden without angles and edges. These conditions are hardly exist in reality, so that manufacturers sometimes make a second specification with the recommended power, which is about 20-30 percent lower. As a rule, this is sufficient, although the following aspects in particular can have an effect on further deductions: steep slopes and inclines the shape of the garden the number of obstacles the type of lawn weather conditions (e.g. considering necessary breaks in case of rain) Calculating the lawn area In order to determine how long the robotic lawnmower would have to mow a certain area, the manufacturer's calculation basis is also extremely important. While some robotic lawnmowers could theoretically be in use for 24 hours, the maximum duration for other models is limited to 12 hours. If, for example, the device is intended to be used for 14 hours, the robot would have to work for a full 14 hours every day (including Saturdays and Sundays) to achieve the specified area output. In practice, this is quite unrealistic, as you may not want the robot to work at night in favor of protecting hedgehogs and other wildlife. Likewise, you may want to enjoy the garden on weekends without having to see your robot. All of these factors reduce the actual mowing time, so an area of 1,000 square feet may require a larger model in order to achieve the goal of mowing the area even in the limited time available. Easily replaceable spare parts One usually purchases a robotic lawnmower in order to significantly reduce the time spent on lawn care. This includes not only the time spent on mowing the lawn, but also on maintenance and cleaning. In this case, it is helpful if worn parts can be replaced within a few minutes (almost) without the use of tools and cleaning takes care of itself with an integrated mulch cleaner. Compact and maneuverable or fast on the surface Have you ever mowed an area of 1,000 m² by hand? You probably know that powerful equipment is important here to finish the job reasonably quickly. What is true for the classic lawn mower, can not be wrong for the robotic lawnmower. At the same time, it is important to take into account the property size when deciding on the how much the robot will ultimately be use. This is important in order to not spend a lot of time on complicated turning maneuvers in narrow passages, angles or driving around obstacles. In the case of a simple layout without special requirements, a lawn robot with a higher cutting width is suitable, so that the work is done in the shortest possible time. If your garden has many corners, it may be better to go for a compact model that is particularly maneuverable. Both variants come with very good battery power, so the robot can spend more time mowing and less time at the charging station. Strong on uneven terrain Only rarely is the ground completely even. Often there are minor slopes or small undulations that the robotic lawnmower has to cope. To ensure that the robotic lawnmower can meet these requirements and deliver optimum performance, here are some other options: A pendulum-suspended mowing deck follows the soil structure and thus ensures an even cut and accurate cutting patter at every spot. Drive wheels with a particularly coarse tread to ensure perfect traction on any terrain. Robotic mowers designed for slopes of up to 45 percent have no problems even on slopes. Child's play operation After unpacking your new robotic lawnmower, you probably want it to be up and running as quickly as possible. While laying the boundary wire can take several hours, programing should be quick and intuitive. Devices that can easily be controlled and operated via an app using a Bluetooth interface prove to be practical. If the robot also has a GSM module, there is absolutely nothing standing in the way of completely -location and time- independent operation. Whisper-quiet operation The best robotic mowers are probably those that perform their work almost silently, making their presence barely noticeable. So, in principle, the device can not only be used on Sundays, but your neighbors will thank you about the purchase. Models with a level of less than 60 dB are considered particularly pleasant. The maximum area capacity is only one of several criteria that determines whether a robotic mower is suitable for 1,000 m² or not. Numerous features increase the performance and ensure more enjoyment with the new garden helper.",
"description": "There are robotic lawnmowers for 300 m,² 1,000 m² or even for areas as large as 10,000 m² and more. The specified area capacity is thus one of the first criteria that catches the eye when looking for a suitable robotic lawnmower. So why can't you just buy any robot and what distinguishes a lawn robot for 1,000 m²?",
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"published": "2021-04-22"
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"type": "news",
"title": "Which robotic lawnmower is suitable for 300 m²?",
"content": "For large areas, a robotic lawnmower needs to be particularly powerful and efficient so that it can mow the entire area in as short amount of time as possible, while in a small garden, it needs to be maneuverable. At the same time, the performance must also be right for a compact model. Other additional features are also crucial for easy handling and a high level of operating comfort so lawn care becomes child's play even for an area of 300 m². Robotic mower for 300 m² The larger the robotic mower, the more efficient the device works and the faster the work is completed, so you can fully enjoy the tranquility of the garden. At the same time, however, the power consumption increases with performance and the maneuverability decreases. The robotic mower should thus be adapted to a lawn area of 300 m² in order to deliver perfect results. Simultaneously, a powerful battery with a long operating time guarantees long mowing times before a break at the charging station is necessary. Of course, this should be as short as possible so that the robotic lawnmower can quickly continue and finish its work. Here, modern Li-ion batteries achieve excellent results. Finally, it is worth mentioning the cutting width. A robotic lawnmower with a cutting width of 18 centimeters is maneuverable enough for an area of 300 m² to reach even winding corners of the lawn, and at the same time is efficient enough to mow the lawn quickly. Low maintenance due to self-cleaning mowing deck For you as a garden owner, the purchase of a robotic mower should be advantageous, especially in terms of saving time. After all, you want to enjoy as much free time as possible in the garden and not continue to worry about time-consuming lawn care. In this regard, it is worthwhile to pay attention when buying a model that is characterized not only by its performance, but also by easy cleaning and maintenance. An integrated mulch cleaner is a great help here. This ensures that grass residues are removed during mowing and the mowing deck stays cleaner. That means for you, the cleaning effort is reduced to a minimum. If worn parts can be replaced yourself in just a few minutes with just a few simple steps and without the need for any major tools, you will not only save time but possibly also a trip to the specialist dealer. Finally, the manufacturer's warranty also contributes to low maintenance requirements. If the robot has a defect, the manufacturer will quickly and easily provide a replacement or repair the device. Compact design and low weight As a rule, robotic mowers for 300 m² are characterized by a compact design and a small cutting width. In addition, a model with a low dead weight is helpful. Ideally, your robotic lawnmower even has a practical handle that allows you to move it to the front yard or carry it to its winter quarters without any effort. Precise mowing even on uneven terrain Even the smallest garden is not necessarily characterized as being flat. If the terrain is uneven, this may be reflected in uneven cutting results. Unless, of course, the robotic lawnmower has an oscillating mowing deck that detects every unevenness and ensures perfect and even cutting results. The same applies to the entire terrain: slopes are always a problem for robotic mowers, and in wet conditions, there is even a risk of slipping on the slope. In this case, it is important to have good traction with wheels that have the thickest possible tread. This gives your robotic lawnmower the perfect grip at all times. Nevertheless, pay attention to the maximum slope height of the robot and measure it in your garden in case of doubt. Flexibility through variable cutting heights The ideal lawn height initially depends on the type of lawn. While a lush green ornamental lawn can certainly tolerate lower cutting heights of 2-3 centimeters, the optimum length of a sports and commercial lawn is more like 6 centimeters. If the lawn is exposed to strong sunlight, it should even be a little longer, while mowing before thatching is particularly deep. Overall, it is thus helpful if your robotic mower offers this flexibility and comes with a wide range of different cutting height settings. Convenient programming and control Finally, it is also desirable that activation is quick and easy. Of course, it is practical if materials such as boundary wires and lawn hooks are already included in the delivery and you can start the installation directly. However, even more important is saving time during the programing phase. A control option via app is particularly simple and convenient. This communicates via Bluetooth with your robotic lawnmower and allows you to program and change the mowing times just as conveniently as a fault diagnosis. Further features for more comfort If the basic equipment of a robotic lawnmower for 300 m² is not enough for you, rest assured that we have other models with additional practical features: useful accessories such as a garage for the robot a function for mowing separate zones or programing different starting points particularly low noise levels theft protection The following applies: the robotic lawnmower should fit the lawn size. A lawn robot for 300 m² has an advantage on small areas with its maneuverability and at the same time requires little power. Despite the compact design, however, you do not have to accept any restrictions in terms of operation and comfort because there are also powerful models for small areas.",
"description": "In a small garden, a maneuverable robotic lawnmower is required to reliably reach even winding corners and narrow passages. At the same time, the compact design must not come at the expense of performance or even perfect cutting results. Therefore, even with a robotic lawnmower for 300 m², some criteria apply to make your purchase worthwhile.",
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"published": "2021-04-23"
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"type": "news",
"title": "The best gadgets for balcony and garden",
"content": "A grill bot for the cleaning work There is hardly a garden owner who does not use the warm weather for regular barbecues. The subsequent cleaning of the grill is probably the most annoying thing. This little helper supports here. The Grillbot is equipped with a rechargeable battery and with its brass brushes sweeps away the grilled food from the grill in no time at all. It does not matter whether it is a gas, electric or classic coal grill. The device starts working beginning at a temperature of 120 ° C, the operational time can be set using the timer and at the end the brushes are conveniently placed in the dishwasher. An ideal gift for all self-proclaimed grill masters. Netatmo - the weather station for the garden The Netatmo weather station is no longer an insider tip in the garden. The smart device shows indoor and outdoor temperature, humidity and even precipitation. The latest version is even equipped with a rain sensor that you can simply screw onto a surface or a tripod - thanks to the radio connection, even up to 100 m away, regardless of the station itself. The anemometer is also optionally available as an additional feature for the basic equipment or all three components are also available as a practical set in a complete package. Landmann mini grill for the balcony railing Barbecuing is by no means permitted on every balcony - but vice versa, it is not always prohibited. If you are allowed to grill, but do not have enough space on the balcony to set up an entire grill, you will drive well with this practical mini grill, which works practically with the help of gas. Similar to a flower box, you simply mount the frame on the balcony railing - ideally inside the parapet so that the food to be grilled cannot be lost. Alternatively, wall mounting or operation on a non-flammable surface is possible. The size of the grill is far from sufficient for the extended family, but it always satisfies the occasional desire for juicy grilled food. Big Drippa - automatic irrigation for the balcony This compact irrigation system is ideal for the balcony. Visually, the water tank, which has a volume of 10 liters, is comparable to an infusion drip in a hospital. Irrigation is based on the principle of gravity using a hose and six water outlets, each of them can be individually adjusted so that a different amount of water is possible for each plant. The water is then released over a period of around 24 hours, depending on the set amount - ideal if you are not there for the weekend. Because it is made from recycled PVC, this product is also sustainable. Playbulb Garden - atmospheric garden lighting using a solar module The solar-powered LEDs from Playbulb bathe every garden in an atmospheric light. The smart lights not only have a versatile play of colors, but also extremely practical control via Bluetooth. The lights recognize daylight and twilight using a sensor and start or stop automatically. Of course, the lights are IP 68 waterproof, so you can even use them in the swimming pool for atmospheric accents. Installation on the ground is just as easy using the earth spike. After a charging time of only 8-10 hours, they are ready for the use of full 20 hours. Downhole beverage cooler - always a cold drink at hand This downhole beverage cooler is the dream of numerous grill fans! The original product is known as “Hopfenhöhle” and offers an absolutely secure hold for up to 15 bottles if the stand disappears into the ground like an elevator. The lid is thermally insulated and UV-stable, unbreakable and absolutely waterproof. All you need to do is dig the pipe once, so that you can have a supply of naturally cooled drinks at hand for every garden party. Of course, the product is not only suitable for beer, but also - regardless of the shape - for non-alcoholic drinks with 0.33 and 0.5 liters. Solar fountain - visual highlight for garden ponds, bird baths etc. Whether for the garden pond or as a supplement to the bird bath - this small pond pump sets a stylish accent. With four different outlet nozzles, the fountain can not only be varied in height, but a different pattern is also possible. For operation, the pump only has to be in the water while the sun does the rest and starts the pump. This makes this product extremely versatile and even suitable as a gift. Wow - robust speakers made of silicone These Kakkoii outdoor speakers are specially designed for outdoor use. The small boxes can be charged in just 3-4 hours and have a volume of up to 86 dB - ideal for barbecues with friends. It is easily controlled via a Bluetooth interface. Various bright colors also add a bright color accent to your garden. With the Wow Splash, the manufacturer has now also developed a variant that is designed for the use by the pool. Garden Igloo - mobile winter garden for every garden This weather-resistant igloo made from recyclable plastic is an absolute eye-catcher not only because of its shape. It can be set up completely without tools in just one hour and is extremely simple. The house can then be used all year round as both a garden house and a winter garden thanks to the maximum use of sun and light. Plants can spend the winter frost-free, children can use a weather-protected room to play or a storage room can be created. The mobile igloo is even ideal as a cover for the jacuzzi.",
"description": "The number of gadgets for balcony and garden is unmanageable. For grilling alone, there are countless more or less useful tools, some of them are smart and others are not. The same applies to various lighting options in the garden or simply nice gadgets that are ideal as a gift.",
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"title": "The best smart home gadgets for families",
"content": "MamaRoo - the smart baby bouncer for security Many parents should be aware of the problem of continuous use when rocking the cradle until the little ones have finally fallen asleep. A lot of time is wasted on tireless work, which is then not available for other activities. With the MamaRoo baby cradle, 4moms has found a great solution here: The cradle swings from side to side, moves up and down and even plays the included sounds or music from the mp3 player. Control via Bluetooth allows remote control of volume, melody and the movement mode. There is definitely a movement here for every child that has a calming effect and leads to quick sleep. The attached play balls above the child's head then offer great employment opportunities for newborns and larger babies even when awake. Baby Gigl - feeding with technical support The Baby Gigl bottle holder, supported by Bluetooth, supports parents when feeding the little ones. The gadget uses an acoustic signal to alert parents when the bottle is held incorrectly and the risk of colic increases if too much air is swallowed. In addition, the holder determines the fill level of the bottle and derives data such as the amount drunk and the time required. Reliable analyzes are also possible when using several bottles because the data is reliably merged. If you are concerned about radiation exposure: The Bluetooth function can also be simply switched off while feeding. Moxi - charge the smartphone on the stroller Is it taking longer in the playground, or was there simply no time to charge the smartphone in the hustle and bustle of dressing up children for the round of mud? This is not a problem with the Moxi stroller. With the movement of the rear wheels, the stylish stroller generates electricity with every turn, which can be used to operate your own lighting and can also be used to charge a smartphone. The smart stroller also records environmental data that can be easily read on the LCD screen on the handle. For fitness-loving parents, it is even possible to determine the calories that were burned during each walk. Playbrush - brushing teeth is also fun for children Brushing teeth in the evening is a major issue in many families. Here too, smart technology can help to bring children closer to the fun of brushing their teeth. Playbrush makes brushing your teeth a game that encourages brushing through a Bluetooth connection. With the movements of the toothbrush, game figures can be moved in animations in several up and down movements. Only those who really clean properly will achieve their goal. Unlike an electric toothbrush, you put your own toothbrush in the attachment and start the free app while cleaning. Several accounts can be created at the same time, so that the whole family can compete against each other in a toothbrush competition in the evening. Cozmo - playful programming Cozmo is a smart robot that starts exploring its surroundings as soon as it is switched on. The device recognizes faces, even memorizes names and transports interactive cubes around. The little one challenges his human friends with short comments like \"catch me!\" And offers a very special additional benefit through the possibility of programming. Children can learn the basics of electronics and creative programming in a playful way. All you need to play is the associated Cozmo app (iOS / Android). Electronic pets - no work for parents As big as the little ones' desire for dogs, cats or rabbits, the desire to take care of the animals daily usually disappears very soon. Sooner or later, the fate of many pets is in the hands of the parents. Sometimes financial reasons or allergies simply prevent the purchase of a real animal. All the better that there are now a whole range of electronic pets that the little ones can teach tricks and that are suitable for cuddling and playing - without the annoying side effects such as going for a walk, visiting the vet or regular feeding. Although monkeys, parrots or glittering unicorns do not seem very realistic to adults - children definitely are having a lot of fun with their new friends. Miniature cars - driving fun for the little ones The miniature Mercedes is admittedly not a bargain but will delight the youngsters. The car comes with a noble leather seat and classic wing doors and offers a particularly authentic driving experience with LED headlights, horn and integrated driving noises. With the seat belt, the 3 forward gears and a reverse gear and an automatic brake, the little ones can also learn the 1x1 of traffic safety directly. So that the little ones do not just drive away from their parents, a remote control is also available for the vehicle. Music while showering with the narwhal Whether the radio play for the little ones in the bathtub or the parents' favorite playlist in the shower - the colorful mini narwhal is specially designed for use in the bathroom and is therefore particularly insensitive to moisture. The compact USB speaker is easily attached to the wall using a suction cup. The cheerful design is of course particularly suitable for children but is sure to put a smile on some parents' faces before the first coffee. Atari retro console Admittedly, this device is not really smart - which should hardly diminish the fun. This retro console lets parents reminisce and comes with 120 classic games that can be played in a duel with the kids. Despite the retro look, the device is equipped with a lot of contemporary features - radio joysticks are also included just like a HDMI connection and HD resolution. Of course, the device is officially licensed by the manufacturer Atari.",
"description": "Whether as learning support for the little ones, fun gimmicks for in between or as a relief for the everyday life of parents - smart gadgets are also becoming increasingly popular in families. Not all have a deeper benefit, sometimes they just add variety to family life.",
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"title": "The 10 most important garden apps",
"content": "The vegetable gardener The free version of this program is sparsely equipped, but gives a good impression of what the full version offers. With nine types of vegetables and herbs, you can see detailed descriptions of the soil conditions, water requirements and recommended fertilizers. The app is helpful for planting beds and supports users in growing vegetables themselves. Only fruit types are searched in vain here, but the app convinces with its intuitive operation and good structure. In addition, the information is by no means only suitable for beginners, but is also interesting for advanced hobby gardeners. The graphic garden calendar, which shows dates for sowing and harvesting over time, is also practical here. For Android | iOS Perennial guide As the name suggests, the perennial guide offers an overview of around 1,400 different plant varieties. Each entry is equipped with a picture and provides the hobby gardener with valuable tips on flowering time, height and the recommended lighting conditions. This is particularly useful for the new planning of a perennial bed, but can also be helpful for the subsequent selection of new plants, because the input mask can be used to search for suitable perennials using up to eight criteria such as flowering time, flower and leaf color as well as location and height. The integrated dealer overview then shows nearby dealers. For Android | iOS The plant doctor The plant doctor has helpful tips on how to identify and combat sick fruit, vegetables, lawn or even ornamental plants. The most important diseases from aphids to powdery mildew are stored here. Since the app was developed by a manufacturer of crop protection products, the antidotes are of course limited to the company's products. Missing information in the database are compensated by the possibility of sending photos or symptoms to a specialist consultant or calling them directly. In just a few minutes you have a sound diagnosis in your mailbox. As a result, product advertising can also be coped with. For Android | iOS The garden manager The garden manager essentially serves to organize and manage your own garden. The focus is on entering your own data. In a photo diary, pictures of native plants can be uploaded, the growth of plants can be shown over time. A reminder function shows the times for watering single plants. For Android My garden This app presents the tasks in the garden every month. Each point is explained in detail in a step-by-step guide, which is why the app is ideal for gardening newbies. In addition, it offers plant portraits and plant ideas, time-saving and money-saving tips, and a plant protection guide. With a price of 3.99 euros, however, the app is not available for free. For Android | iOS Plantix - the plant community The app not only serves as a guide for plant diseases, but was also initiated as part of a worldwide project to protect against crop failures. The detection of damage to plants primarily serves as an early warning system, with uploaded photos being used for diagnosis. The focus is on crops such as fruits, vegetables and field crops, as well as a weather forecast that warns of environmental influences. The app can be used not only in the private sector, but even in agriculture. For Android Pl @ ntNet plant identification This app offers a database of a whopping 4,100 plants, so that almost every plant in your own garden can be identified. This is done based on the leaves, flowers and fruits, but is not always very accurate. For Android | iOS Plant beneficiaries in the garden Many animals that initially look like pests are actually useful. They serve an important purpose in the garden and even help with pest control. The app has a large database of beneficiaries and pests. After entering a pest or using photo search, the app suggests a suitable beneficial animal that can fight the unloved animal. For Android | iOS Bees app The bee app serves as a reference for more than 100 bee-friendly plants. It was developed by the Federal Ministry of Food and Agriculture to promote biodiversity. The app helps to determine the bee-friendliness of your own garden plants. For Android | iOS Home Design 3D Outdoor & Garden There are a number of different apps for garden design via app. This program offers a free trial version with which both 2D and 3D objects can be used to plan your own garden while maintaining the real property area. For Android | iOS Conclusion Apps for the garden are useful helpers when planning and maintaining the garden or just to expand your own knowledge. The majority of the tools are free and available for both Android and iOS, although the apps presented here are of course only a small selection of the countless options.",
"description": "Apps now make pretty much every area of life easier. It is clear that there are also some useful programs for the garden that answer questions about gardening. There is almost everything from herb beds to plant identification and apps for plant beneficiaries and pests. Loaded directly onto the smartphone, they have the advantage of being immediately accessible when you need them - and are usually clearer than the tediously gathered information on the Internet.",
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