The World's First Humanoid Robot Capable of Autonomous Battery Swapping, designed for industrial mass production and delivery.
Primary use case: Industrial
Height
176 cm
Weight
70 kg
DOF
44
Payload
15 kg
Battery
2 hrs
Price
$NaN
Height
176 cm
Weight
70 kg
Degrees of Freedom
44
Locomotion
Bipedal
Max Speed
7.2 km/h
Payload
15 kg
Max Lift/Arm
15 kg
Battery Life
2 hrs
AI Capabilities
autonomous battery swapping, deep learning-based stereo depth estimation, real-time battery monitoring management, dual-arm coordinated precision battery swapping, whole-body human-like dynamic balancing, BrainNet 2.0, Co-Agent, swarm intelligence for production line tasks
Price
$NaN
Availability
Available
Primary Use Case
Industrial
Ubtech Robotics shares closed at EUR 7.76 on Friday, up 7.9%, during a broader rebound in Chinese robotics and physical-AI stocks. The move followed a Ras Al Khaimah cooperation framework and separate expansion announcements for Japan and Europe, although the deal's precise contribution to the share gain was unquantified and no contract value or robot volumes were disclosed.
Samsung Electronics is testing an unnamed bipedal humanoid at its Seoul R&D campus for continuous factory and logistics work, with a CES 2027 appearance under consideration. The robot is designed to navigate environments and transport goods, while Samsung may pursue hot-swappable batteries to maximize 24/7 uptime; its RX division is also pursuing recruits and related robotics technologies.
Bitcoin Japan Corporation (TSE: 8105) signed an exclusive agreement on 16 October 2026 to distribute six UBTECH humanoid and service robot models in Japan, including the Walker S2 industrial humanoid. The 36-month exclusive period, beginning once the Walker C1 achieves Japanese certification, covers sales, Robotics-as-a-Service, and Physical AI data businesses targeting manufacturing and logistics.