Unitree H1 is a full-size bipedal humanoid robot by Unitree Robotics, standing 180cm tall and weighing 47kg with 20 degrees of freedom. World speed record holder at 3.3 m/s. Available in two configurations: H1 ($99,900, locomotion-only) and H1-2 ($128,900, with 7-DOF arms). POSSIBLE DUPLICATE: check entity 353.
Primary use case: Bipedal locomotion research and humanoid AI development; world's fastest bipedal humanoid
Height
180 cm
Weight
47 kg
DOF
19
Payload
30 kg
Battery
2 hrs
Price
$90K
Height
180 cm
Weight
47 kg
Degrees of Freedom
19
Locomotion
Bipedal
Payload
30 kg
Max Lift/Arm
21 kg
Battery Life
2 hrs
Charging Time
2 hrs
AI Capabilities
embodied AI
Onboard Compute
Intel Core i5 (Platform Function) + Intel Core i7 (User Development); optional Intel Core i7 or Orin NX
Price
$90K
Availability
commercial
Primary Use Case
Bipedal locomotion research and humanoid AI development; world's fastest bipedal humanoid
Striding AI unveiled its Physical AI retail solution at APRCE 2026 on October 8, 2026, comprising the H1 humanoid, C1 mobile manipulator, and M1 management platform for carrying, shelf replenishment, inventory checks, and patrols. Under reported deployment and evaluation conditions, the system completes up to 99% of tasks autonomously, while SLM-0.5 achieved 98.6% on LIBERO and 91.22% on RoboTwin with 187 ms latency per action chunk. Commercial services are planned for 2027 through direct purchase or RaaS, and the company also intends to expand its lineup with heavy-duty models and the A1 precision-manipulation robot.
Unitree Robotics released a demonstration video of the H2-X humanoid robot, showcasing Kung Fu movements, knife-blocking bodyguard scenarios, car lifting for rescue, and emergency evasion. The robot is built on the existing H2 platform and is stated to have a maximum battery life of approximately 8 hours, compared to 3 hours for the standard H2, though complete hardware specifications and test conditions were not disclosed.
Unitree Robotics debuted the H2-X in a demonstration featuring dynamic movements, knife blocking, car lifting, and intervention in dangerous vehicle situations. The H2 derivative is rated for up to about eight hours of battery life while standing, but Unitree withheld its price, launch plans, major hardware specifications, autonomy details, and the conditions behind the demonstration.