Capable of autonomously carrying and stably transporting 150kg of goods or equipment, meeting the operational needs of heavy-duty scenarios such as industrial handling and logistics loading and unloading. industrial handling, logistics loading and unloading and other heavy-duty scenarios.
The robot uses sensors such as LiDAR and cameras to detect static and dynamic obstacles in the environment in real time. Algorithms adjust its path or pause to avoid collisions and ensure safe movement.
Autonomous Obstacle Avoidance
Intelligent handling, efficient and precise, facilitating automation upgrades
Autonomous Navigation
The robot requires no human intervention. It perceives the environment through sensors such as LiDAR and cameras, combines this with SLAM to build a map, autonomously plans its path, dynamically avoids obstacles, and ultimately reaches the target location.
Autonomous Recharging
When the battery is low or after completing a task, the robot recharges via infrared, vision, or SLAM. The robot locates its charging dock, moves autonomously, and precisely docks, completing charging without human intervention.
Widely used in factories, libraries, logistics warehouses, hazardous locations, and specialized industries.
