Welcome, GoMate Mini!
GoMate Mini is a humanoid robot from GAC Group, developed by its incubated robotics startup Huilun Technology. Its design combines a humanlike upper body with legs that end in wheels, bringing wheeled mobility and manipulation into a single platform. Standing 170 cm tall and weighing 60 kg, it has 27 degrees of freedom and five fingers on each hand. The robot switches between two wheel, four wheel and folded configurations, giving it several physical arrangements for operation and storage. Listed specifications include a maximum speed of 15 km/h, a strength rating of 3 kg and eight hours of runtime per charge. GAC supplies its own actuators, while remote teleoperation provides shared audio and video. GoMate Mini has an overall skill score of 4 out of 10, placing it in the developing category. Navigation and manipulation are each rated 2 out of 5. Its supported capabilities include obstacle avoidance, standing up after a fall, sorting goods and assembling products.
Obstacle avoidance and recovery after a fall are central to GoMate Mini’s physical capability set. Avoiding obstacles supports movement through spaces containing objects, while standing up after a fall provides a way to recover from a loss of balance. Its manipulation capabilities cover sorting goods and assembling products, connecting mobility with practical handling tasks. Sorting is relevant to workflows that separate or organize items, while assembly places the emphasis on bringing components together. These capabilities establish a practical focus without implying universal task proficiency. With navigation and manipulation both rated 2 out of 5, GoMate Mini remains a developing platform whose performance should be assessed against the specific requirements of each intended task.
GoMate Mini is listed with prototype availability and an advertised price of USD 40,000, alongside an option to inquire about pricing. It is GAC Group’s fourth generation humanoid platform, with Huilun Technology responsible for development and deployment. Reported applications span automotive production facilities, campus patrol, visitor guidance and public venues. This range connects the project to both industrial environments and shared spaces, although its developing skill rating remains important when considering deployment expectations. Its broader significance lies in the involvement of a major automaker pursuing robotics through a dedicated startup. The combination of GAC’s in house actuators and Huilun’s development role gives the project a clear organizational and technical foundation.
