DCK TERRAINA Robotic Lawnmower 1000m² Intelligent Lawn Mower 40% Slope, Innovative Noir Navigation Robotic Lawnmower with LiDAR Obstacle Avoidance, Multi-Zone Management, Auto-Charging, App Control

Cutting Efficiency. The DCK TERRAINA robotic lawnmower is designed for lawns up to 1000 m², featuring intelligent cutting path planning and parallel mowing, resulting in a more tidy and beautiful lawn. The cutting efficiency is 100 m²/h, which is twice as efficient as conventional random-cutting robots. With a cutting width of 220 mm, it can cut comprehensively, even edges and corners cleanly.

Double Safety - Predictive Obstacle Avoidance: DCK TERRAINA lawn mowers are equipped with LiDAR, which detects obstacles in advance with a rate of 5000/s and a 360° scan and avoids them with millimeter precision. This ensures that playing children or pets are not injured. As an additional safety measure, collision detection ensures that the machine evades after a collision with a small object, thus preventing sustained contact and machine damage.

Optimal return path. Unlike other robots that return along the boundary line, the DCK TERRAINA robot lawn mower can automatically calculate the optimal return path to the charging station without the need for a guidance line, saving both time and energy, maximizing battery usage and improving work efficiency.

Wi-Fi and Bluetooth connectivity. The robot lawn mower is connected via both Wi-Fi and Bluetooth for better signal reception. Bluetooth connectivity solves the pain of not being able to mow grass in corners without Wi-Fi coverage. The device is located within a 50 m radius of the base station and can receive the signal from the base station to complete the mowing task.

Intelligent App Control. Schedule in advance: Set the mowing schedule in the app, you can check the mowing status via your mobile phone even when you're on vacation, and easily manage your lawn at home. Intelligent Parameter Adjustment: Freely adjust the cutting height via the app, 30-60mm, simple and convenient to use, no need to walk to the robot's side to adjust, more efficient.