The robot mowers have become essential allies for lawn maintenance. Autonomous and efficient, these devices allow you to maintain an impeccable lawn effortlessly. However, it is essential to understand how they work, their advantages and disadvantages, as well as the options available to get the most out of them.
A robot lawn mower is an autonomous mowing device designed to cut the grass in your garden without human intervention. Equipped with sensors and advanced programming systems, it can navigate and mow your lawn autonomously, following predefined trajectories or adjusting its path in real time according to the obstacles encountered.
Robotic lawnmowers offer many advantages. They save time,ar They mow automatically, without you having to intervene. In addition, they ensure regular and uniform mowing, which contributes to a denser and healthier lawn. Their quiet operation is also an asset, especially for gardens located in urban areas.
Despite their many advantages, robotic lawnmowers also have some disadvantages. Their initial cost can be high, especially for high-end models. In addition, they require initial installation, including the installation of perimeter wires to demarcate the mowing area. Finally, their limited autonomy can be a hindrance for very large gardens.
For small gardens, there are compact and affordable models. These robots are designed for mowing areas of up to 500 m². They are often equipped with lithium-ion batteries that offer good autonomy and recharge quickly. Their programming is simple and intuitive, adapted to the needs of small spaces.
For larger green spaces, more robust and powerful models are available. They can cover areas of up to 5 m² or more. These robots are equipped with high-capacity batteries and sophisticated navigation systems, allowing efficient coverage of large areas. They also integrate advanced sensors to avoid obstacles and adjust their path according to the terrain.
The autonomy of robotic lawnmowers depends mainly on their battery capacity. Basic models generally offer an autonomy of 60 to 90 minutes, while high-end models can run for up to 3 hours or more. Programming allows you to set mowing schedules, adjust the cutting height and create specific areas to mow.
Robotic lawn mowers are equipped with various sensors, such as obstacle, rain and lift sensors. These sensors allow the robot to navigate efficiently and stop when necessary to avoid damage. Connectivity, often via a mobile app, allows the robot to be controlled and monitored remotely, adjust mowing settings and receive real-time notifications.
Regular maintenance is essential to ensure the longevity and performance of your robot lawnmower. It is recommended to regularly clean the blades, wheels and sensors to prevent debris build-up. Also check the battery condition and replace it if necessary. Finally, store your robot in a dry place protected from the elements when not in use.
In case of breakdown, start par Check basic items like battery condition, electrical connections, and sensors. Consult the service manual for specific diagnostics. If the problem persists, some parts may need to be replaced. In this case, it is recommended to contact a professional or obtain the necessary spare parts from a reliable supplier.
To choose the right spare parts, it is important to know the make and model of your robot lawnmower. Refer to the user manual to identify the exact references. Choose original parts or adaptable quality parts to ensure optimal performance and a long service life for your device.
We offer a wide range of spare parts and accessories for robotic lawnmowers, including blades, wheels, batteries and sensors. Our varied catalogue allows you to easily find the components needed for the maintenance and repair of your robot. Each part is selected for its quality and compatibility with the main models on the market.
100% of products shown as in stock actually are!