Features a fully modular design with over 200 functional components, including 12 independent high-performance joints, an open perception head, and an expansion dock. Parts can be easily detached, replaced, and upgraded for highly flexible functional expansion.

Equipped with standardized modules and unified interfaces. It requires no specialized tools or craftsmanship, allowing beginners to independently complete the full assembly process from separate parts to the finished machine.

Powered by high-performance joints with a torque of 33 Nm, ensuring stable and controllable movements. It delivers a running speed of 4 m/s, a 5 kg payload capacity, and a 20 cm stair-climbing capability, while supporting 720° flips—perfectly balancing dynamic agility with reliability.

Fully open interfaces, terminals, and code allow for the customization of gaits and control logic. It is highly compatible with third-party sensors and payloads, making it adaptable for secondary development across various scenarios like scientific research and tech education.