Unitree Go2-W
Transformative Newborn
Transformative Newborn
3.3 m/s (H1)
Max Speed360 N.m
Peak Leg TorqueUp to 27 DOF (H1-2)
Total DOF3D LiDAR +
Depth Camera
The H1 is a pioneer in bipedal locomotion, capable of running at a speed of 3.3 m/s with a potential for over 5 m/s. This high mobility is achieved through the advanced M107 Joint Motor, which provides an industry-leading 360 N.m of torque at the leg joints. The H1’s stable gait and highly flexible movement capabilities allow it to walk and run autonomously in complex terrains.
The H1-2 variant is equipped with powerful arms, featuring 7 DOF per arm and a peak torque of 120 N.m at the shoulder and elbow joints. This allows for a rated arm load of 7 Kg, making it capable of handling significant tools and performing complex manipulation tasks. The optional dexterous hands further improve the accuracy and flexibility of task execution
The H1 Series is built with a Hollow Electrical Wiring Design, eliminating external cables for a clean, robust structure. The robot is powered by an 864Wh quickly replaceable battery and features flexible computing options, including Intel Core i5/i7 and optional NVIDIA Jetson Orin NX for high-performance computing.
| Characteristic | H1 (Base) | H1-2 (Evolution) |
|---|---|---|
| Height / Weight | 180cm / ~47kg | 178cm / ~70kg |
| Max Speed | 3.3 m/s (Potential > 5m/s) | Moving speed < 2 m/s |
| Leg DOF | 5 (Hip x 3, Knee x 1, Ankle x 1) | 6 (Hip x 3, Knee x 1, Ankle x 2) |
| Arm DOF | 4 (Expandable) | 7 (Shoulder x 3, Elbow x 1, Wrist x 3) |
| Max Leg Joint Torque | 360 N.m (Knee) | 360 N.m (Knee) |
| Arm Rated Load | - | 7 kg (Rated) / 21 kg (Peak) |
| Battery Capacity | 864Wh (15Ah) | 864Wh (15Ah) |
| Sensing | 3D LiDAR + Depth Camera | 3D LiDAR + Depth Camera |
Double your Go2's operational time for extended adventures or research.
Boost the computing core for high-speed AI processing and complex model deployment (EDU model).
Integrate a lightweight arm for basic manipulation and interaction tasks.
The Unitree H1 Series is available exclusively through AIROBOTS in Greece. Contact us to discuss your academic or industrial research needs, request a detailed quote, or schedule a technical consultation.