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ShippingHumanoids

Unitree Robotics · China

H2 EDU

Unitree's tallest humanoid in its developer configuration: full-size, fitted with dexterous hands (several models to choose from), a second onboard computer and full SDK access for researchers and developers.

Sold in two versions: the base H2 without hands, and the H2 EDU shown here, with dexterous hands, an optional AI computer and full developer access. EDU pricing is on request.

AI-generated illustration of H2 EDU
AI-generated illustration
Height
182 cm
Weight
70 kg
Degrees of freedom
31 + handsHand DoF varies by model
Payload
7 kg per arm
Runtime
~3 h
Environmental rating
Not disclosed

How it works

6 ideas that make H2 EDU different

AI-generated illustration of H2 EDU

Numbers mark where each idea sits on the robot.

1

A bionic face

Unitree gives H2 a bionic head with human facial features. Behind the face sit a wide-angle binocular camera, a microphone array and a speaker for voice interaction.

2

Fast, cool-running joints

Each joint uses a low-inertia internal-rotor motor, which speeds up response and sheds heat better, on industrial crossed-roller bearings that carry heavy loads precisely.

3

Legs three times stronger than arms

Leg joints peak at 360 N·m against 120 N·m in the arms. The legs carry the whole 70 kg body, absorb landings and power the dancing and kicking moves Unitree shows in its videos.

4

Two computers, two jobs

One onboard computer runs Unitree's own balance and motion control; a second is reserved for the developer's code. The EDU can add a high-power AI module such as NVIDIA Thor for running AI models.

5

Built to be reprogrammed

H2 EDU ships with an open SDK in C++ and Python plus ROS 2. Developers write their own behaviours on top of Unitree's walking controller; the base H2 doesn't allow this.

6

Hands you choose

The EDU accepts several dexterous hand models, so finger count and grip depend on the hand fitted. That is why its hand degrees of freedom have no single figure.

Watch it move

Unitree Introducing | Unitree H2 Destiny Awakening! — Unitree Robotics (official). Unitree's launch video for H2, shown with hands.

Full specifications

Compare with other humanoids

Figures are the maker's own unless marked as a third-party figure. Nothing below has been independently verified.

Identity

Country
China
Status
ShippingSold through Unitree sales and distributors
Price
Not disclosed
Announced
Oct 2025
Available
2026On sale; confirm stock with Unitree or a distributor

Body

Height
182 cmAbout 180-182 cm
Weight
70 kgBase H2 figure; EDU with hands may differ
Degrees of freedom
What this means

Each degree of freedom is one joint that can move on its own. More joints mean more human-like movement, but also more motors to power and control. Hands are where counts climb fastest: a dexterous hand alone can have 10 to 20.

31 body + handsDepends on the hand model fitted
Hands
DexterousSeveral hand models to choose from
Locomotion
Legged

Performance

Max speed
Under 2 m/sWalking; top running speed not published
Payload
What this means

How much a robot can lift is quoted in very different ways: per arm or with the whole body, as a brief peak or something it can hold all shift. Only figures measured the same way can be compared.

7 kg per arm rated · 15 kg peakRated / peak per arm, per Unitree
Battery capacity
972 Wh15 Ah lithium pack, quick-release
Runtime
What this means

Hours on one charge mean little without the conditions: standing still drains far less than walking or carrying loads. A robot that swaps its battery can work longer than its runtime suggests.

About 3 hDepends on configuration
Battery swap
ManualQuick-release smart battery
Charging time
Not disclosed
Environmental rating
What this means

The IP code says how well the robot is sealed: the first digit is dust, the second water. IP67 means dust-tight and able to survive brief submersion, which matters in factories that are hosed down.

Not disclosed

Intelligence

Onboard compute
Intel Core i5 (motion) + Intel Core i7 (development)EDU adds an optional high-power AI module, e.g. NVIDIA Thor
Sensors
Wide-FOV binocular camera, IMU, joint sensing, microphone array
Control approach
What this means

Who is really in control. A teleoperated robot is driven by a person; a scripted one replays programmed moves; a learned policy decides for itself from training. Demos often mix all three without saying so.

Learned and scripted via SDKDevelopers program behaviours; autonomy depends on software

Market

Target use
Research, education, development
Developer access
Open SDKFull SDK access on EDU: unitree_sdk2 (C++/Python), ROS 2

Sources

Last checked 2026-10-19.