ECOVACS GOAT O800 RTK Robot Lawnmower 800㎡, Wire free, Lidar-Enhanced RTK+Vision Navigation, Pass 0.7m path, Auto Mapping, Customizable Mowing, Edge Presicion Mowing, 45% Slope Climbing
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Why We Love It
- Ultra-high precision positioning technology.
- Efficient coverage of large areas.
- Advanced obstacle detection system.
Main Highlights
- Precise LiDAR-Enhanced RTK + Vision Navigation: The robot achieves ultra-high precision positioning within just 2cm. Compared to other RTK technologies, it can receive up to 40 satellites in 80% more signal bands, offering 4x connection speed and a 30% boost of stability in the shade. Under areas with shade interference (trees or roofs), the visual positioning system ensures that the mowing paths remain continuous and accurate for a seamless lawn care experience.
- Mowing Efficency: 180m²/h Equipped with a 4000 mAh battery, this robot can cover up to 180m² per hour, reaching speeds of up to 0.5m/s, all while maintaining a cutting width of 220mm.
- Detect 200+ Types of Obstacles: Compared to traditional ultrasonic sensors or bumpers, ECOVACS’ AIVI 3D, combining a 150° fisheye camera, powered by advanced AI algorithms, and a 3D-ToF LiDAR, can detect over 200 common garden objects and avoids anything exceeding the preset height limit. Also, the 3D-ToF LiDAR accurately measures the distance to obstacles to stop extremely close.
- Smoothly navigates 0.7-meter paths. Climbs slopes up to 45%: The GOAT features an ultra-narrow 40cm body, allowingit to effortlessly pass through paths as narrow as 70cm without getting trapped. It can tackle slopes with inclines of up to 45% and overcome obstacles as high as 3cm. Additionally, the cutting height is adjustable, ranging from 3cm to 8cm, to accommodating various types of lawn grass, showcasing its exceptional adaptability to diverse outdoor environments.
- Ride-on Mowing: With 3DToF LiDAR and an AI camera, it effortlessly distinguishes between grass and non-grass areas, even when there’s a height difference, ensuring seamless ride-on mowing. This advanced technology, powered by AI Deep Learning, allows GOAT to accurately identify mowable boundaries.