Principle of unmanned forklift

The working principle of unmanned forklifts mainly relies on advanced navigation, perception, path planning and electric drive technologies to ensure that the vehicles can autonomously complete logistics and transportation tasks in industrial environments. Unmanned forklifts are usually equipped with a variety of navigation systems, including laser sensors, visual recognition, lidar, magnetic navigation or inertial navigation. Among them, the principle of reflective plate navigation is to arrange reflective plates at a certain distance on the driving path of the forklift, and use a laser scanner to emit laser beams and collect the reflected laser beams to determine the position and driving direction of the forklift.

The path planning of unmanned forklifts is achieved through preset routes or real-time calculation of the optimal path. It can automatically select the best driving route based on task requirements and environmental changes, improving work efficiency and safety. Electric drive technology ensures the flexible operation and efficient operation of unmanned forklifts.

Unmanned forklifts are increasingly used in logistics and industrial fields, which can significantly improve handling efficiency, reduce labor costs, and effectively avoid safety accidents.

Ouyi Heavy Industry Machinery Technology (Jiangsu) Co., Ltd. is committed to building competitive advantages in the fields of products, technology, management, and brand, and providing handling equipment technology to customers in the industrial field.