GoMate Context

Market context

GoMate is GAC Group's third-generation embodied-AI robot, a variable wheel-leg humanoid that shifts between four-wheel and two-wheel postures for stable indoor mobility, inspection and service workflows.

  • Target environment: Structured indoor sites such as automotive facilities, inspection routes, service environments and elder-care support settings.
  • Workflow context: Wheel-legged mobility, indoor inspection, patrol assistance, human-facing support and automotive service task exploration.
  • Customer context: GAC internal teams, automotive service operators and organizations evaluating wheel-legged service robots for structured indoor work.
  • Deployment model: Automaker-led robotics program with pilot deployment plans and small-batch production targeted after the 2024 unveiling.
  • Commercial maturity: Pre-commercial to pilot-stage platform from a major automaker, with public plans for trials before broader production.
  • Adoption constraints: Adoption depends on manipulation reliability, safety certification, battery endurance, service workflow fit and proof beyond controlled demonstrations.
  • Market position: Automaker-built semi-humanoid platform positioned between humanoid robotics, wheeled service robots and automotive autonomy R&D.
  • Adjacent products: Wheel-legged humanoids, mobile manipulators, patrol robots and automotive service robotics platforms.

Audience

Factories

Workflow

Wheel-legged mobility, indoor inspection, patrol assistance, human-facing support and automotive service task exploration.

Deployment environment

Structured indoor sites such as automotive facilities, inspection routes, service environments and elder-care support settings.

Specifications

  • Total degrees of freedom: 38
  • Height 2wheel Cm: 175 cm
  • Height 4wheel Cm: 140 cm
  • Mobility Modes: variable wheel-foot structure switches between 2-wheel and 4-wheel
  • Battery Runtime Hours: 6
  • Battery Type: all-solid-state battery (GAC in-house)
  • Energy Savings: 80%+ vs similar robots
  • Obstacle Detection Range M: 100 m
  • Positioning Accuracy: centimeter-level (SLAM)
  • Navigation: pure-vision autonomous driving, FIGS-SLAM algorithm
  • AI Control: cloud-based multimodal AI large model
  • Actuators: miniature servo drives <30mm, 20A drive, axial flux motors 1000 N·m
  • robotics sensors: 3D vision, LiDAR, multimodal sensing
  • Control Modes: seamless remote control and AI autonomous switching

Tags

  • Peer Group: Industrial manipulation system
  • Workflow: Warehouse material handling, Humanoid workplace tasks
  • Capability: Autonomous navigation, Force control
  • Deployment Environment: Warehouse environment, Industrial facility
  • Stack Layer: Finished robot platform

Comparable Systems

View GoMate overview