Application Safety
Implement dual protection with physical emergency stops and logic safety interlocks, and extend safety further with optional anti-collision sensors.
The chassis adopts an all-terrain independent suspension design with excellent shock absorption performance. Combined with millimeter-level motion control precision, it delivers smoother and more responsive dynamic performance.

The chassis uses predictive modeling and dynamic optimization for real-time planning and parameter tuning, enabling rapid response and flexible maneuvering across Ackermann steering mode.

Combine real-time precision motion control with a reinforced structure to navigate complex, multi-scenario environments with ease and confidence.

Build on a multi-layer safety framework that covers application, operation, electrical, and control domains. Integrate hardware and software protection into a unified system to deliver a modular, open, and reliable robotics chassis.


Implement dual protection with physical emergency stops and logic safety interlocks, and extend safety further with optional anti-collision sensors.

Combine electronic differential control with flexible motion management to deliver both stability and agility, enabling more reliable performance across industry applications.

Adopt automotive-grade battery protection designs to withstand harsh environments, improve durability, and support effective application development.

Leverage extensive protection strategies and high-precision control algorithms to build a robust system for interference resistance and error compensation, enabling more accurate navigation development.








Supporting the integration of diverse modular applications.
We anticipate collaborating with you to explore the future of the industry.
