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Roboton Farmer is a fully autonomous next-generation agricultural robot designed for sustainable and precise farming. It is electrically powered and equipped with solar panels, operating entirely without fossil fuels. As a result, it not only reduces the carbon footprint but also saves costs—specifically up to 400 liters of diesel per year.
For field navigation, it uses intelligent guidance based on RTK/GNSS, lidar, stereoscopic cameras, and artificial intelligence. These technologies enable it to move through fields with centimeter-level accuracy and perform tasks with millimeter-level precision. Its main functions include field mapping, sowing, precision irrigation, and mechanical weeding. All these tasks are carried out with maximum sensitivity to crops and the surrounding environment.
The robot is operated via a clear mobile or web application, where tasks can be planned and working areas, paths, or geofencing zones defined.
The robot’s modular design allows it to autonomously switch between towed and mounted tools, and connect additional arms, solar panels, or tanks. Thanks to its ability to autonomously connect to a charging and water station, it can operate without human intervention. This makes it an ideal choice for ecological farms seeking smart, sustainable, and self-sufficient solutions.
Although Roboton Farmer is primarily intended for agriculture, its use extends into other fields as well—from construction and rescue operations to humanitarian missions.
