Powered by GPT-6, Unitree humanoid robots master painting, chess without training, says CEO

Chinese startup Unitree Robotics claims its humanoid robots are demonstrating advanced capabilities, reportedly mastering painting and chess without explicit prior training. This performance is attributed to their integration with OpenAI's GPT-6, which enables the robots to navigate complex physical tasks such as dynamically replacing brush water and blending pigments, relying solely on real-time model inference.

Unitree CEO Wang Xingxing highlighted this development at the China International Import Expo, stating that the industry's primary challenge has shifted. He noted that digital reasoning and planning are no longer the biggest hurdles; instead, the focus is now on closing a 'last-millimetre mechanical gap.' This assessment suggests that the AI's ability to interpret and plan intricate sequences has progressed to a point where the physical hardware's capacity for flawless execution is the limiting factor.

The CEO's perspective implies that the frontier of robotics development is increasingly defined by hardware precision and dexterity. If AI models can guide complex physical actions with zero training, the remaining bottleneck for versatile, general-purpose robots lies in the mechanical components achieving the fine motor control and accuracy needed to match the AI's sophisticated digital planning. This reorients development efforts towards refining the robot's physical interaction with its environment.