Robotic Leg Motion Module

Designed for the lower-limb load requirements and impact conditions of biped humanoid robots and quadruped robotic systems, we independently developed the Robotic Leg Motion Module with reinforced high-rigidity stator structures and high-torque harmonic reducers. The module significantly improves impact resistance and instantaneous torque output capability, meeting the demanding requirements of walking, jumping, and dynamic balance control for advanced robotic platforms.

With a 16,000㎡ standardized production facility, our factory is equipped with high-power stator processing equipment and impact-load durability testing lines. Our 125 professional employees cover R&D, production, and quality inspection processes. The independent engineering team continuously optimizes the electromagnetic structure and impact resistance performance of the Robotic Leg Motion Module. The monthly production capacity reaches 30,000 units. Each leg joint module undergoes individual impact load durability testing before shipment and is widely supplied to humanoid robot developers in Europe, America, and other global markets.

The Robotic Leg Motion Module integrates a high-power servo drive, dual absolute encoders, and a long-life power-off holding brake. With rated torque options from 10Nm to 120Nm, it is designed for 48V humanoid robot power systems and provides reliable performance under dynamic movement conditions. The complete series includes an 18-month warranty covering all impact-resistant transmission components.

Before purchasing, our technical team provides remote support for humanoid robot lower-limb system design, high-power drive selection, and multi-joint communication protocol adaptation. Standard Robotic Leg Motion Module products can be delivered within 7-14 days. Customized leg joint sample development requires 15-45 days. The MOQ starts from 50 units, and different torque models can be mixed in one order.

During production, customers can receive real-time impact durability test videos and manufacturing updates. Third-party load testing is supported before shipment. Standard products are packed with reinforced moisture-proof export cartons, while high-torque models are protected with fumigation-free wooden cases. International transportation insurance is provided to minimize cross-border logistics risks.