Unitree H2 EDU
Unitree H2 EDU
Unitree H2 EDU is a full-featured humanoid robot designed for development, teaching and deployment of embodied AI, teleoperation and manipulation scenarios. The design with 31 degrees of freedom (6 DoF per leg, 7 DoF per arm, 3 DoF at the waist and 2 DoF at the head) allows for stable elbows, torso work and precise guidance of the arms including the wrists. The robot has dimensions of 1820 × 456 × 218 mm and a weight of approx. 70 kg (including battery). It uses a binocular camera with a wide field of view to perceive its surroundings and is equipped with a microphone array and a powerful speaker for voice scenarios.
The offer is intended exclusively for entrepreneurs or educational institutions, for the purchase it is necessary to provide proof of ID number. Always contact our team at: [email protected], as well as for any other questions.
Key features of the Unitree H2 EDU robot
- 31 DoF: legs 6 / arms 7 / waist 3 / head 2
- Bionic head with mimicry
- Max. the moment of the joints: legs 360 N-m, arms 120 N-m
- The load-bearing capacity of the arm: peak ~15 kg, rated ~7 kg
- Perception: humanoid binocular camera with wide field of view
- Voice interaction: microphone array + powerful speaker
- Connectivity: Wi-Fi 6, Bluetooth 5.2
- Joint design: industrial crossed-roller bearings; PMSM motor (low inertia high-speed internal rotor)
- Materials: aerospace aluminium + titanium alloy + high strength engineering plastics, local air cooling
- Batteries: 15 Ah (0.972 kWh), max. 75.6 V, smart battery (quick release), battery life approx. 3 h
- Calculation basis: PC1 Intel Core i5 (platform capabilities) + PC2 Intel Core i7 (custom development)
- High-Power Computing Module: compute module up to Jetson AGX Thor (2070 TOPS)
- Secondary development, Upgraded Intelligent OTA
- Standing dimensions 1820 × 456 × 218 mm, weight approx. 70 kg (incl. batteries)
Joint structure and manipulation
Unitree H2 EDU is based on a combination of 6 DoF per leg and 7 DoF per arm, supplemented by 3 DoF at the waist. This allows you to combine a stable stance and transfer of the centre of gravity with the guidance of the arm in space and with the wrist. The arms are rated for a rated load of approx. 7 kg (peak approx. 15 kg) and the joints have high moments - legs up to 360 N-m and arms up to 120 N-m - which helps when working with loads and dynamic movements.
Perception and voice interaction
For visual tasks, a binocular camera with a wide field of view is available, suitable for depth work and orientation in the environment. The audio part consists of a microphone array and a powerful speaker, so the robot supports voice scenarios and interactive demonstrations.
Computing power and development
The platform uses a pair of computational levels: PC1 with Intel Core i5 for platform capabilities and PC2 with Intel Core i7 for custom development. For a more demanding AI pipeline, the H2 EDU is complemented by a High-Power Computing Module with up to Jetson AGX Thor (2070 TOPS) performance. The system supports secondary development and continuous updates via Upgraded Intelligent OTA.
Joint design and materials
The articulated outlets use industrial crossed-roller bearings (precision, load capacity) and the drive is designed with a PMSM motor with low inertia and a high-speed internal rotor for fast response and heat dissipation. The design combines aerospace aluminium, titanium alloy and high-strength engineering plastics; cooling is solved by local air flow.
Power and endurance
Power is provided by a smart battery (quick release) with a capacity of 15 Ah (0.972 kWh) and a maximum voltage of 75.6 V. Battery life is about 3 hours.
Warranty and conditions
This product is intended exclusively for entrepreneurs and legal entities. By purchasing this product, you confirm that you are entering into this contract as a business or legal entity. The warranty for this product is 12 months.
These goods cannot be returned after unpacking by withdrawing from a distance contract. For more information seeTerms and Conditions .
Specifications can be changed without notice. Images are for illustrative purposes only.
