China’s GoMate plans to use AI-powered humanoid robot to build cars

A new humanoid robot called GoMate, developed by Chinese state-owned Guangzhou Automobile Group (GAC), will begin assembling vehicles on production lines starting in 2026.

Key Features and Capabilities; The third-generation GoMate represents a significant advancement in robotics with its unique dual mobility system and advanced AI capabilities.

• Standing 4.5 feet tall in four-wheeled mode and 5.7 feet in two-wheeled mode, the robot features 38 degrees of freedom for enhanced mobility
• The robot can navigate stairs, slopes, and obstacles while maintaining self-balance in both wheeled configurations
• GoMate utilizes GAC’s autonomous driving algorithm for movement planning and obstacle detection up to 328 feet away
• The robot achieves centimeter-level positioning accuracy for precise manufacturing tasks

Technical Specifications; GoMate incorporates several innovative technologies that set it apart from existing humanoid robots.

• The robot features dexterous hands designed for both flexibility and high-load operations
• A micro low-voltage servo driver with 20A capacity powers the robot’s movements
• An advanced high-performance axial flux motor system enhances overall functionality
• GAC’s solid-state battery technology provides up to six hours of operation while using 80% less energy than comparable robots

Implementation Timeline and Applications; GAC has outlined a clear roadmap for GoMate’s deployment in automotive manufacturing and potential expansion into other sectors.

• Initial deployment will begin at GAC Trumpchi and GAC Aion production facilities in China by 2026
• Limited production of the robots will start in 2026, with plans for eventual mass production
• Beyond automotive manufacturing, GAC envisions applications in security, healthcare, logistics, and education
• The robot can switch between AI-driven autonomous control and remote operation for versatility

Industry Context; The automotive industry is increasingly embracing humanoid robots for manufacturing operations.

• BMW recently announced plans to implement Figure’s humanoid robots at its South Carolina facility
• This trend indicates a broader shift toward advanced robotics in automotive manufacturing

Future Implications; While GoMate represents a significant advancement in manufacturing automation, its success will largely depend on real-world performance and ability to integrate into existing production systems. The combination of energy efficiency, autonomous capabilities, and versatile mobility could set new standards for industrial robotics, particularly in complex manufacturing environments.