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Unitree H2
unitre-h2
Unitree H2
unitre-h2
The Unitree H2 is a 182 cm tall, 70 kg humanoid robot featuring 31 degrees of freedom, high‑performance torque motors, 360 Nm joint torque in the legs, and 120 Nm in the arms. It is designed for research, education, and future industrial tasks
<p><strong>Unitree H2</strong> is a full-size, next-generation humanoid robot engineered for advanced research, education, and early industrial applications. Standing 182 cm with 31 degrees of freedom, the H2 delivers <strong>high-torque performance</strong> (360 Nm legs, 120 Nm arms), <strong>human-like mobility</strong>, and a <strong>lightweight, durable structure</strong> using aircraft-grade aluminum and titanium.</p>
<p>Equipped with <strong>AI-ready computing</strong> (Intel i5/i7 or NVIDIA Jetson AGX Thor up to 2070 TOPS), wide-FOV stereo vision, Wi-Fi 6, Bluetooth 5.2, and a microphone array, the H2 supports real-time perception, large neural models, and interactive robotics. A <strong>15 Ah quick-release battery</strong> provides up to <strong>3 hours of runtime</strong>.</p>
<p>With a breakthrough <strong>$29,900 price point</strong>, the Unitree H2 stands as one of the <strong>most accessible high-performance humanoid robots</strong>, ideal for locomotion research, embodied AI, robotics education, HRI, and early automation prototypes.</p>
manufacturer
Unitree Robotics
WARRANTY YEARS
1
battery_life_h
3
imu
1
storage_gb
feature_bullets
The Unitree H2 introduces a completely updated programming interface designed for modern robotics research and rapid development. The new API supports modular control, real‑time motion commands, custom behaviors, and seamless integration with advanced AI models. Developers can access low‑level joint control, high‑level motion primitives, and sensor data streams through a unified interface. The system is optimized for Python and C++ development and offers expanded support for ROS‑based research environments.
manufacturer country
China
height_cm
175
charging_time_h
3
microphones
there
programming
The Unitree H2 introduces a completely updated programming interface designed for modern robotics research and rapid development. The new API supports modular control, real‑time motion commands, custom behaviors, and seamless integration with advanced AI models. Developers can access low‑level joint control, high‑level motion primitives, and sensor data streams through a unified interface. The system is optimized for Python and C++ development and offers expanded support for ROS‑based research environments.
use_cases
The Unitree H2 introduces a completely updated programming interface designed for modern robotics research and rapid development. The new API supports modular control, real‑time motion commands, custom behaviors, and seamless integration with advanced AI models. Developers can access low‑level joint control, high‑level motion primitives, and sensor data streams through a unified interface. The system is optimized for Python and C++ development and offers expanded support for ROS‑based research environments.
robot type
Humanoid Robot
WIDTH_cm
50
num_joints_total
31
speakers
integrated
os
The Unitree H2 does not publicly disclose a specific operating system. Current technical documentation and product listings indicate that no official OS information has been released for the platform
Category
Full-Size Humanoid
depth_cm
30
num_joints_arms
CPU
Embedded Control Unit
certifications
No official certification details for the Unitree H2 have been published. Current documentation and regulatory databases do not list any CE, FCC, or other compliance certifications specific to the H2 humanoid robot.
While Unitree has obtained FCC certifications for other devices such as quadruped robots and remote‑control units, these certifications do not apply to the H2 and do not indicate compliance for humanoid systems. [unitree.com]
price in euro
29,900
weight_kg
70
num_joints_legs
14
GPU
optional external computing unit
safety_features
Balance Control, Collision Avoidance
price in USD
29.9
max_speed_kmh
5
camera_system
Depth Camera + Vision Sensors
ram_gb
datasheet_pdf
0
DELIVERY TIME
8–16 weeks after production begins
payload_kg
15
lidar
optional
ai_capabilities
Voice Interaction, MotHigh-performance onboard computing (Intel i5/i7 + optional NVIDIA Jetson AGX Thor 2070 TOPS); OTA‑optimized motion AI; wide‑FOV stereo vision; microphone array for voice interaction; multimodal perception (vision + audio); RL‑friendly 31‑DoF architecture for advanced motion learning; suitable for HRI, dynamic locomotion, manipulation research and AI-based motion control.ion Learning
review_rating
4.8