Take the hassle out of lawn maintenance with the Segway Navimow i210 AWD Robot Lawn Mower, designed for lawns up to 0.25 acre. Its wire-free setup, advanced NRTK and vision positioning, all-wheel drive, and automatic mapping provide a convenient way to maintain your lawn with minimal manual effort.
The i210 AWD eliminates the need for traditional perimeter wires. Its NRTK and vision-based navigation system helps the mower accurately understand its surroundings and create a detailed map of your lawn. This allows you to define mowing areas and manage your lawn directly through the Navimow app.
Built with an all-wheel-drive system, the i210 AWD can handle slopes of up to 45%, helping it navigate inclines and uneven areas with improved traction and stability. Its zero-turn steering also allows for tight maneuvering around landscaping and other areas of your yard.
The mower features a 5.1Ah battery and provides approximately 120 minutes of typical mowing time per full charge. Its cutting height can be adjusted from 2 to 3.6 inches, allowing you to choose the mowing height that works best for your lawn.
Through the Navimow app, you can manage mowing areas, set schedules, control the mower, and monitor its operation. The system also supports multi-zone lawn management, making it easier to maintain different sections of your property.
With a cutting width of approximately 7.1 inches, a recommended mowing area of up to 0.25 acre, and a wire-free design, the Segway Navimow i210 AWD is a practical solution for homeowners looking for convenient automated lawn care.
Key Features
- Designed for lawns up to 0.25 acre
- All-wheel-drive system
- Wire-free perimeter setup
- NRTK and vision-based positioning
- Automatic lawn mapping
- Handles slopes up to 45%
- 5.1Ah lithium-ion battery
- Approximately 120 minutes of typical mowing time per charge
- Adjustable cutting height from 2 to 3.6 inches
- 7.1-inch cutting width
- Zero-turn maneuverability
- Multi-zone lawn management
- App control and scheduling
- Automatic charging
- Intelligent obstacle detection and avoidance