Segway Navimow i210 LiDAR Robotic Lawn Mower for Small to Medium Lawns, 1000m² Coverage, Wi-Fi & Cellular Connectivity, IP66 Protection I210E
Description
Covers lawns up to 1000m² 2 Rear Wheel Drive Handles slopes up to 45% (24°) No boundary wires required VisionFence™ obstacle avoidance (LiDAR + 140° RGB Camera) Quiet operation at 59 dB Wi-Fi, Bluetooth & Cellular connectivity Cutting Width: 22 cm Cutting Height: 20-70mm Battery: 5.1 Ah Mowing Time: Up to 120 mins Charging Time: 110 mins Protection Rating: IP66 Weight: 14.7kg Dimensions: 635.2 x 445 x 287.5 mm Alex & Google Home Smart Home Integration Segway Navimow i210 LiDAR Robotic Lawn Mower The Navimow i210 LiDAR provides smart autonomous lawn care with precision LiDAR navigation, designed for small to medium lawns. Its intuitive setup and AI-assisted mapping make lawn maintenance effortless. Advanced LiDAR + Vision Navigation for Effortless Mowing The Segway Navimow i210E LiDAR robotic lawn mower uses next-generation EFLS 2.0 LiDAR and Vision dual navigation technology to deliver wire-free, automatic lawn mapping and precision mowing. LiDAR continuously scans your yard to build a detailed 3D real-scene map, enabling superior navigation even under trees, in shadows, or at night - without the need for boundary wires or base stations. Precise Cutting & Adaptive Lawn Care The i210E LiDAR model features a 22 cm cutting width with six durable blades and adjustable cutting height (e.g., 20–70 mm), producing even results across varied grass types. Intelligent planning and real-scene mapping enable efficient route selection, delivering a uniform lawn finish and reducing missed areas. Intelligent Obstacle Detection with VisionFence™on Segway Navimow i210E LiDAR Robot Mower Powered by VisionFence™ AI obstacle avoidance, this robotic mower detects and classifies 200+ obstacle types with high precision. The system reroutes dynamically to avoid obstacles such as pets, garden furniture, and outdoor toys, ensuring safer mowing for people and property without interrupting operation.