Unitree H2

Unitree H2 is a full-size humanoid robot: it moves on two legs and uses electric joints to position its arms, waist and head. The Chinese robotics company sells the H2 alongside developer and research configurations that pair the body with different hands, computers and software access.

The important buying decision is the configuration. The standard H2 costs US$29,900 before tax and shipping; Unitree reserves secondary development for H2 EDU. H2 Plus combines the platform with NVIDIA computing and Sharpa hands for robotics research.

The body has 31 powered joints

H2 has 31 independently powered movement axes: seven in each arm, six in each leg, three at the waist and two for the head. A degree of freedom describes one controlled direction of movement, such as bending or rotating. Several axes can work together at a shoulder or hip. Unitree’s specifications give the following figures:

The rated and peak payloads describe different operating conditions. For an actual lifting task, buyers need the permitted reach, motion and duty cycle for their configuration. A short peak figure alone cannot specify how a robot should carry a load through repeated movements.

H2 EDU opens the robot to developers

H2 EDU is the programmable configuration in Unitree’s H2 comparison. The listed options include dexterous hands and additional high-performance computing modules such as NVIDIA Thor. The final quote determines which equipment and interfaces are supplied.

The Plus figure appears in Unitree’s humanoid store collection. Its individual product page directs buyers to sales, so the included equipment, destination charges and delivery date belong in the purchase quotation.

H2 Plus adds NVIDIA computing and dexterous hands

H2 Plus is the body used in NVIDIA’s Isaac GR00T reference humanoid, announced on 31 May 2026. The research design combines a robot, onboard computing, sensing and software workflows for teaching and evaluating physical skills. NVIDIA’s announcement targeted availability in late 2026.

Its two Sharpa Wave hands each have 22 active movement axes. Added to the 31-axis body, that makes 75 body-and-hand axes. Head and wrist cameras provide different views for manipulation.

Unitree’s Plus specification lists a Jetson AGX Thor T5000 with 128 GB of unified memory and up to 2,070 sparse FP4 TFLOPS. Sparse FP4 describes the numerical format used for that computing figure; application performance also depends on the model and workload.

Developers can teach and test movements

Unitree publishes SDK2 for robot communication and control. Its XR teleoperation project added H2 support in July 2026 and lets a human demonstrate movements through supported headsets. Teleoperation gives researchers a way to record how an operator approaches, grasps and moves objects.

The H2 Plus workflow connects demonstrations, simulation, training and deployment through NVIDIA’s Isaac tools. A learned robot policy maps observations to actions. Researchers can evaluate that policy on a defined task, then measure completion rates and interventions as they move towards physical testing.

For a research purchase, specify the task first: the required reach and payload, hand type, camera views and software access determine the useful configuration. Then confirm operating space, emergency-stop arrangements, support and delivery terms with the supplier. The humanoid robots guide explains the wider category, and teleoperation and robot data covers how human demonstrations become training material.