Provide high-precision navigation and automated handling solutions, and use steering wheels and motion control systems to achieve flexible steering, path planning and efficient material flow of warehouse AGVs, thereby improving warehouse management efficiency.

Design a modular drive system for autonomous mobile robots to support multi-mode motion (omnidirectional movement, heavy-load transportation) and adapt to obstacle avoidance and collaborative scheduling in complex scenarios.

Applied to lithium battery production lines, photovoltaic equipment automation and energy storage system handling, it ensures safe operation in high-risk environments through explosion-proof drives and stable motion control.

Develop high-torque steering wheels and intelligent control algorithms to achieve precise positioning, load balancing, and automatic loading and unloading of unmanned forklifts, reducing the risks of manual operation.

Customized explosion-proof and corrosion-resistant drive systems are suitable for AGVs or special equipment in flammable and explosive scenarios to ensure reliable operation under extreme conditions.

It provides anti-vibration, dustproof and waterproof solutions, supports autonomous navigation and heavy-load transportation of unmanned agricultural machinery and mining vehicles, and adapts to muddy and rugged terrain.

High-precision motion control is used in scenarios such as precision component assembly and missile transport vehicles, meeting military-grade reliability and adaptability to complex environments.

Drive heavy-duty AGVs to achieve automatic loading and unloading of containers and cross-regional scheduling, improving terminal logistics efficiency; the airport baggage transportation system supports 24/7 efficient operation.

Provide multi-axis linkage control technology for robotic arms and collaborative robots to optimize the accuracy and speed of actions such as grabbing and welding in the production line.

Develop compact steering wheels and high-response drives to solve the problems of joint control, balance and movement in complex terrain for bipedal/wheel-legged robots.

Automatic parking of vehicles in narrow spaces can be achieved through omnidirectional steering wheels and intelligent path algorithms, improving parking space utilization and user experience.

Provide hydraulic drive control and autonomous operation systems for unmanned rollers, excavators, etc. to achieve remote control or automated construction.