In Stock
Unitree H2 EDU | Humanoid Robot | EDU Version
Unitree
$111,384.00
A full-scale humanoid research platform for advanced embodied-AI development and precision robotics experimentation, standing 182 cm tall with a 31-DOF architecture.
Product Description
A full‑scale humanoid research platform for advanced embodied‑AI development and precision robotics experimentation
The H2 EDU stands approximately 182 cm tall and weighs around 70 kg, offering a robust 31‑DOF architecture.
Its PMSM motors deliver 360 Nm leg and 120 Nm arm torque enabling stable walking, dynamic sequences and manipulation with 7 kg continuous or 15 kg peak load.
Its frame uses aluminum, titanium and high‑strength plastics for durable research operation.
The EDU version unlocks full secondary development and expands compute capabilities through an Intel Core i7 processing module and optional Jetson AGX Thor providing up to 2070 TOPS.
Researchers gain access to stereo‑vision sensors, Wi‑Fi 6, Bluetooth 5.2, wide‑angle binocular cameras, a microphone array, and quick‑swap lithium batteries enabling about three hours of continuous operation.
Local air‑cooling ensures stable performance during long training sessions, while frequent OTA updates enhance locomotion algorithms, interaction fidelity, and model efficiency over time.
Ideal for robotics institutes, AI laboratories, industrial automation research, and universities developing human‑robot interaction frameworks, reinforcement‑learning workflows, and full‑body motion‑control systems.
The H2 EDU stands approximately 182 cm tall and weighs around 70 kg, offering a robust 31‑DOF architecture.
Its PMSM motors deliver 360 Nm leg and 120 Nm arm torque enabling stable walking, dynamic sequences and manipulation with 7 kg continuous or 15 kg peak load.
Its frame uses aluminum, titanium and high‑strength plastics for durable research operation.
The EDU version unlocks full secondary development and expands compute capabilities through an Intel Core i7 processing module and optional Jetson AGX Thor providing up to 2070 TOPS.
Researchers gain access to stereo‑vision sensors, Wi‑Fi 6, Bluetooth 5.2, wide‑angle binocular cameras, a microphone array, and quick‑swap lithium batteries enabling about three hours of continuous operation.
Local air‑cooling ensures stable performance during long training sessions, while frequent OTA updates enhance locomotion algorithms, interaction fidelity, and model efficiency over time.
Ideal for robotics institutes, AI laboratories, industrial automation research, and universities developing human‑robot interaction frameworks, reinforcement‑learning workflows, and full‑body motion‑control systems.
Weight
70 kg
Dimensions
N/A
Part Number
H2 EDU
RBTX SKU
RBTX-UNIT-0059
max. Payload
15 kg
DOF
31
Weight
70 kg
Height
820 mm / 1
Max Joint torque
360 nm
Its frame uses aluminum, titanium and high‑strength plastics for durable research operation.