Lymow launches AI-powered robot lawnmower at CES 2025

The Lymow One, unveiled at CES 2025, introduces a new category of smart robotic lawn mowers, featuring tracked treads and mulching capabilities designed to handle challenging terrain and conditions.

Core innovation; The Lymow One combines dual mulching blades with tracked propulsion and advanced navigation systems to deliver expanded coverage and improved performance over traditional robotic mowers.

• The mower’s LyCut system employs two high-speed mulching blades spinning at 6000 RPM, powered by a 1200-watt motor
• A 16-inch cutting width and adjustable height range of 1.2 to 4 inches enables versatile lawn maintenance
• The integrated centrifugal fan system enhances mulching effectiveness across various grass conditions

Technical capabilities; Advanced navigation and safety features eliminate common limitations of robotic mowers while improving operational efficiency.

• The LySee Multi-Fusion Navigation System combines RTK satellite positioning with VSLAM technology, removing the need for boundary wires
• Five ultrasonic sensors, front bumpers, and off-ground sensors provide comprehensive safety coverage
• Stereo camera systems enable intelligent obstacle detection, including the ability to identify and avoid objects like hedgehogs and sprinklers

Performance specifications; The tracked tread design enables superior mobility and coverage compared to wheel-based competitors.

• Coverage rates reach 0.23 acres per hour and 1.73 acres per day
• The mower can navigate 45-degree slopes and overcome 2-inch obstacles
• A durable die-cast aluminum frame and IPX6 waterproof rating ensure all-weather operation

Market positioning; Premium pricing and extended delivery timeline suggest a focus on early adopters and technology enthusiasts.

• Initial pricing is set at $3,000
• First deliveries are scheduled for April 2025
• Pre-orders are currently being accepted

Looking ahead; While the Lymow One’s specifications indicate significant advances in robotic mowing capability, its success will likely depend on real-world performance validation and consumer willingness to adopt premium-priced lawn automation technology.