Segway's new Navimow H2 series robot mowers feature triple fusion navigation combining LiDAR, RTK positioning, and cameras for enhanced accuracy in challenging conditions.
Segway has expanded its robot lawn mower lineup with the European launch of the Navimow H2 series, positioning these models as premium offerings in the company's 2026 smart home portfolio. The new mowers sit alongside the i2 AWD and i2 LiDAR series, bringing enhanced navigation capabilities and advanced features to homeowners seeking automated lawn care solutions.
Triple Fusion Navigation System
The standout feature of the Navimow H2 series is its EFLS LiDAR+ positioning system, which represents a significant advancement over the i2 series. This system integrates three distinct navigation technologies:
- LiDAR scanning for precise distance measurement and obstacle detection
- Network RTK positioning for centimeter-level accuracy
- On-board cameras for visual recognition and mapping
This triple fusion approach allows the mowers to dynamically switch between navigation modes based on environmental conditions. The system proves particularly effective in challenging scenarios such as shaded areas where cameras may struggle, narrow passages requiring precise maneuvering, and nighttime operation when visual sensors have limited effectiveness.
Installation and Setup
Unlike traditional robot mowers that require extensive boundary wire installation, the Navimow H2 series eliminates this complexity. The mowers operate without boundary wires or dedicated RTK antennas, significantly reducing setup time and eliminating the risk of wire damage during lawn maintenance.
The included GeoSketch tool, also available on the i2 LiDAR series, provides users with intuitive map editing capabilities. After the initial mapping process, homeowners can quickly adjust the captured map to fine-tune mowing zones, exclude specific areas, or modify boundaries as needed.
Terrain Handling Capabilities
Segway has equipped the H2 series with robust terrain adaptation features. The Terrain Adapt function automatically adjusts the mower's behavior based on slope conditions, allowing these robots to handle inclines up to 45% (24°). This capability is supported by an Electronic Stability Control (ESC) system that maintains traction and stability on uneven terrain.
The mowers also feature automatic cutting height adjustment, which optimizes blade height based on grass conditions and terrain variations. A built-in rain sensor protects both the mower and lawn by pausing operation during wet conditions and resuming when appropriate.
Security and Connectivity
Security features include GPS tracking and geofencing capabilities, though these require a subscription service. The mowers also support Apple's Find My network, providing additional peace of mind for owners concerned about theft or misplacement.
Control options remain flexible, with users able to operate the mowers through Segway's dedicated mobile app or via voice commands compatible with popular smart home systems.
Pricing and Availability
European customers can purchase four models in the Navimow H2 series:
- H206: €1,599 for areas up to 600 m²
- H210: €1,799 for areas up to 1,000 m²
- H215: €2,099 for areas up to 1,500 m²
- H230: €2,499 for areas up to 3,000 m²
The mowers are available through specialist retailers across Europe. However, Segway has not yet announced release plans for the US market, leaving American consumers awaiting potential future availability.
Market Positioning
The Navimow H2 series represents Segway's push into the premium robot mower segment, competing with established brands like Husqvarna, Robomow, and Worx. The combination of advanced navigation, wire-free installation, and comprehensive feature set positions these mowers as compelling options for homeowners with complex lawn layouts or those seeking cutting-edge automation technology.




The introduction of the H2 series demonstrates the ongoing evolution of robot mower technology, with manufacturers increasingly focusing on navigation accuracy, ease of installation, and intelligent features that enhance the user experience while maintaining reliable lawn care performance.

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