BackH1 Humanoid Robots

Global benchmark for power performance in full-size, general-purpose humanoid robots with near-universal specifications

H1-1 General-Purpose Humanoid Robot

H1-1 is the upgraded full-size general-purpose humanoid robot from Unitree Robotics. Featuring an advanced powertrain, it leads in speed, strength, agility, and flexibility. With stable gaits and highly versatile motion capabilities, it can autonomously walk and run across complex terrains and environments. Equipped with the Unitree M107 joint motors, it delivers comprehensive optimizations in mobility, speed, payload capacity, and battery life.

Leading global performance with near-ideal specificationsAll-terrain, full-size general-purpose humanoid robot developed domestically in ChinaUnitree M107 Joint MotorMaximum joint torque density 189 N·m/kgMovement Speed 3.3m/s7 degrees of freedom per armTypical peak arm load is approximately 21 kg.
H1-1 General-Purpose Humanoid Robot

Specifications

Technical Specifications

Height

Approximately 180 cm

Weight

Approximately 47 kg

single-leg degree of freedom

5 (Hip × 3 + Knee × 1 + Ankle × 1)

Single-arm degree of freedom

7 (shoulder joint × 3 + elbow joint × 1 + wrist joint × 3)

Joint Output Bearing

Core Joint Motor

Joint Unit Maximum Torque

Knee joint: approximately 360 N·m, hip joint: approximately 220 N·m, ankle joint: approximately 59 N·m, arm joints: approximately 75 N·m

Maximum joint torque density

189N·m/kg

Movement Speed

3.3m/s

Standard arm load

Peak approximately 21 kg, rated approximately 7 kg

Key Dimensions

(1520+285)mm × 570mm × 220mm

joint motor

Unitree M107 Low-Inertia High-Speed Inner-Rotor Permanent Magnet Synchronous Motor

Battery Life

Long-lasting battery life

Features

Features

Equipped with an advanced powertrain, delivering leading performance in speed, power, maneuverability, and agility.

Features stable gait and high mobility, enabling autonomous walking and running in complex terrains and environments.

Equipped with Unitree M107 joint motors for optimized agility and load capacity.

The knee joint's maximum torque is approximately 360 N·m, and the hip joint's is approximately 220 N·m.

The arm joint has a torque of approximately 75 N·m and can perform fine manipulation tasks.

Full-body multi-degree-of-freedom design for agile motion control

Low-inertia, high-speed inner-rotor permanent magnet synchronous motor with fast response and excellent heat dissipation.

Applications

Use Cases

Research & Education

Smart Manufacturing

Security Patrol

Emergency Rescue

Service Reception

Exhibition Display

Special Operations

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Beijing ICP License No. 2026026760