ANTHBOT N Series Robotic Mower

This smart robotic mower ingeniously integrates mowing, collecting, mulching, and sweeping, completely eliminating the need for manual cleanup after mowing—setting a new benchmark for fully automated lawn care.
Drawing inspiration from traditional push lawn mowers, the product pioneers the Cyclone System and the Particle System. The Cyclone System (three blades for strong airflow) uses airflow generated by the spinning blades to lift grass clippings and fallen leaves into a 23-liter collection bag. When nutrient return is preferred, the Particle System (six blades for finer cutting) mulches clippings and evenly disperses them across the lawn to support healthier soil and grass growth. Additionally, an auto dumping mechanism is triggered once the collection bag reaches 80% capacity, ensuring uninterrupted, smooth operation.
The robotic mower provides two high-precision navigation options to accommodate different scenarios. The N8 LiDAR model combines 360° LiDAR with Dual Vision, ideal for complex gardens. The N8 model employs Full-Band RTK and Dual Vision, suitable for wide, open lawns. The product, guided by the concept of “function-driven aesthetics,” adopts a low-center-of-gravity design to significantly enhance operational stability. Combined with large-diameter off-road tires, it effortlessly tackles challenging terrains like slopes and muddy ground. Furthermore, the collection bag supports quick detachment and installation, facilitating convenient cleaning and maintenance.
Via the dedicated mobile app, users can simply draw around desired areas on the graphical interface to define mowing boundaries—with no buried boundary wires required—and conveniently access real-time status updates, enjoying a seamless control experience. In terms of safety, the mower features concealed blades, multiple intelligent sensors, IPX6-rated water resistance, and an autonomous anomaly handling mechanism, establishing a multi-layer active protection system to guarantee stable, secure operation across various environments.