Summary:A new super-humanoid robot with six arms and a wheeled-legged platform is redefining industrial automation through multi-task capabilities, precision control, and flexible deployment.
While most humanoid robots are designed around human-like walking and two-arm manipulation, a new generation of super-humanoid robots is taking a different approach by prioritizing industrial efficiency, flexibility, and multi-task performance.
The newly introduced robot features a six-arm modular architecture combined with a wheeled-legged mobile platform, enabling it to handle multiple operations simultaneously in complex manufacturing environments. Equipped with advanced force-control sensors, the robot achieves positioning accuracy of up to 0.02 millimeters, allowing it to perform high-precision assembly, inspection, and production tasks.
Its wheeled-legged chassis supports 360-degree in-place rotation, while an adjustable body height of up to 1.9 meters allows the system to adapt to different industrial scenarios. Unlike traditional automation equipment designed for fixed production lines, the platform is built for flexible deployment across manufacturing, logistics, and inspection environments.
In practical applications, the robot can significantly improve production efficiency. It is designed to accelerate precision assembly, reduce operational errors, and shorten production line changeover time. In logistics operations, it can handle loads of up to 200 kilograms and access storage heights of up to 8 meters, helping address challenges in warehouse automation.
The robot also adopts a cost-focused design strategy, integrating self-developed controllers with domestically produced core components, including force sensors, motors, and precision transmission systems. This approach aims to lower manufacturing costs and support large-scale adoption.
With industrial deployment and mass production plans underway, this super-humanoid robot highlights a global shift in robotics—from simply imitating human movement to creating intelligent machines optimized for productivity, scalability, and real-world industrial needs.
