AGIBOT G2
The AGIBOT G2 is a Humanoid humanoid robot developed by AgiBot (Zhiyuan Robotics). The AGIBOT G2 is unknown.
Primary use case: Universal embodied intelligence applications (site tagline: 'Universal Embodied Intelligent Robot')
Specifications
Physical
Locomotion
unknown
Manipulation
Hand Type
unknown
Power & Autonomy
Autonomy Level
unknown
Commercial
Availability
unknown
Primary Use Case
Universal embodied intelligence applications (site tagline: 'Universal Embodied Intelligent Robot')
Related news
AGIBOT's 24-hour convenience store test: what 6 humanoid robots can do
Humanoid robots are shipping at scale, but safety validation isn't keeping up
Six AgiBot G2 Humanoids Run a Shanghai Convenience Store for 24 Hours, Logging 1,730 Tasks
Six AgiBot G2 Humanoids Run a Shanghai Convenience Store for 24 Hours, Logging 1,730 Tasks
How AGIBOT’s Physical Reasoning Dataset Connects Planning With Robot Actions
AGIBOT WORLD Release 4, the “Physical Reasoning” dataset, links high-level instructions and task structure to robot action trajectories, detailed manipulation descriptions and spatial annotations. Its successful, erroneous and adversarial examples span Easy, Medium and Hard levels and nine reasoning abilities, including counting, precondition reasoning, memory, long-horizon planning and subtask ordering. AGIBOT says it has used the data to train its next-generation foundation model, but no quantitative evaluation isolating the dataset’s impact has been published.
Changying Precision's Humanoid Robot Component Deliveries Top 1.1 Million Units; Order Growth Accelerating in Second Half
Changying Precision disclosed that it delivered more than 1.1 million precision components for humanoid robots in the first eight months of 2026, with order growth in Q3 and Q4 outpacing the first half as the company expands capacity. The supply chain is transitioning from sampling and validation to scaled shipments, driven by Tesla's accelerating mass-production preparations and new product rollouts from Chinese players Zhiyuan and Qiteng. Analysts highlight ball screws, reducers, dexterous hands, and lightweight components as key segments to watch, while cautioning that technology pathways and customer concentration remain key variables in the early mass-production stage.