The Segway Navimow i210E LiDAR and i220E LiDAR are next-generation wire-free robotic lawn mowers designed for effortless, high-precision lawn care using advanced LiDAR and vision-based navigation. Unlike traditional RTK systems, these models require no perimeter wires or external antennas, allowing for instant “drop-and-mow” setup and reliable operation even in shaded areas or low-light conditions.
Both models feature intelligent obstacle detection, systematic mowing patterns, and app-controlled multi-zone management, delivering quiet, fully autonomous performance across complex gardens. Built to handle challenging terrain, the i210E LiDAR and i220E LiDAR can operate on slopes up to 45% (24 degrees), providing outstanding traction and hillside capability for demanding lawn layouts.
The key difference lies in mowing capacity, with the i210E LiDAR suited to lawns up to approximately 1,000m², while the i220E LiDAR is designed for larger areas up to around 2,000m², making it ideal for more expansive properties and complex garden designs.
The Segway Navimow i210E LiDAR and i220E LiDAR are next-generation wire-free robotic lawn mowers designed for effortless, high-precision lawn care using advanced LiDAR and vision-based navigation. Unlike traditional RTK systems, these models require no perimeter wires or external antennas, allowing for instant “drop-and-mow” setup and reliable operation even in shaded areas or low-light conditions.
Both models feature intelligent obstacle detection, systematic mowing patterns, and app-controlled multi-zone management, delivering quiet, fully autonomous performance across complex gardens. Built to handle challenging terrain, the i210E LiDAR and i220E LiDAR can operate on slopes up to 45% (24 degrees), providing outstanding traction and hillside capability for demanding lawn layouts.
The key difference lies in mowing capacity, with the i210E LiDAR suited to lawns up to approximately 1,000m², while the i220E LiDAR is designed for larger areas up to around 2,000m², making it ideal for more expansive properties and complex garden designs.
