Robotic lawn mower Segway Navimow i210E LiDAR Pro — autonomous mower with LiDAR navigation

Segway Navimow i210E LiDAR Pro — autonomous mower with LiDAR navigation is a robotic lawn mower engineered for precise, hands-free lawn maintenance. It combines solid-state LiDAR scanning, vision sensors and Network RTK positioning to build dense 3D maps and execute stable, repeatable mowing paths. The unit supports one-click auto mapping, multi-zone scheduling and an AWD drive system with slope capability, enabling reliable operation across yards with trees, narrow passages and open terrain both day and night.

Advantages

The mower’s EFLS™ LiDAR system performs high-frequency scans to create high-resolution spatial maps while the triple-fusion positioning (LiDAR + NRTK + Vision) keeps navigation accurate under canopy, in tight spaces and over long ranges. Solid-state LiDAR improves durability compared with mechanical systems, while VisionFence™ detects a wide range of obstacles including small and suspended objects and many animal types. Xero-Turn™ all-wheel-drive with integrated ESC and traction control provides stable handling on slopes, uneven surfaces and wet grass. One-click auto mapping and real-scene map editing reduce setup time and simplify zone-based scheduling for ongoing, automated lawn care.

Suitable for

• Residential lawns with trees, flowerbeds and complex layouts
• Small commercial properties requiring regular, unattended mowing
• Sites with narrow passages or confined access (from ~70 cm width)
• Lawns with slopes up to 55% (29°) and uneven terrain with small steps
• Day or night mowing where reliable obstacle detection is needed

When it may not be suitable

This mower is designed for properties that allow autonomous operation and require a mapped boundary — it is not intended as a manual push mower substitute for very small or irregularly shaped patches where mapping overhead outweighs benefits. Properties with dense overhead obstructions that completely block LiDAR line-of-sight or with many floating debris smaller than detection limits may require additional supervision or preparatory cleanup.

Key specifications

• Navigation: Solid-state LiDAR combined with vision sensors and Network RTK (triple-fusion positioning)
• Scan performance: high-frequency LiDAR scanning with long-range capability (detailed spatial resolution)
• Drive: all-wheel drive (AWD) with ESC and traction control
• Slope capability: up to 55% (29°)
• Cutting system: 6-blade cutting disc driven by a motor with 100 W peak power
• Obstacle detection: >200 object types, 1 cm detection accuracy, suspended object recognition
• Zones: multi-zone management with individual height and schedule settings (up to 20 zones)
• Mapping: one-click auto mapping and real-scene full-color map editing
• Operational conditions: day/night operation, automatic weather-adaptive pause and return to dock
• Battery: nominal runtime around 210 minutes (battery capacity indicated)
• Connectivity: built-in cellular Network RTK access included
• Physical options: available in Black, Orange, Blue; adjustable cutting clearance

How to use

Place the Navimow i210E LiDAR Pro on the lawn near the dock or in the area to be mowed, power on the unit and initiate the one-click auto mapping sequence. The mower will scan the environment to create a 3D map, after which you can edit zones and set cutting height and schedules through the companion app. For regular operation, set desired mowing schedules and allow the mower to autonomously navigate, detect obstacles and return to its dock for charging as needed. Use voice assistants or the app to start, pause or adjust settings remotely.

What to consider before purchase

• Confirm property layout is suitable for autonomous mapping and that access points are at least ~70 cm wide if narrow passages are present
• Check slope areas to ensure they do not exceed 55% (29°)
• Plan for initial mapping and occasional map edits if you change garden features or add obstacles
• Verify availability of recommended charging placement and sensible dock location for automated returns
• Consider local regulations or HOA rules regarding automated lawn equipment operation and audible/visual restrictions

Usage recommendations

For best results, perform a brief site sweep to remove loose toys, garden tools and very small debris before initial mapping; place the dock on stable ground with clear approach paths; customise zone heights and schedules in the app to match grass type and growth rate; and enable weather-adaptive settings so the mower pauses in heavy rain or extreme conditions.