Unitree H2

Unitree H2

The Unitree H2 is a next-generation full-size humanoid robot developed by Unitree Robotics. Designed for industrial automation, research laboratories, AI development, logistics, and advanced human-robot interaction, the H2 combines powerful actuators, high-performance AI computing, and human-scale mobility in a cost-effective platform. Standing 182 cm tall with 31 degrees of freedom, the H2 is one of the most capable humanoid robots available in its price segment.

The robot features a bionic humanoid appearance, advanced motion control algorithms, high-torque joints, binocular vision, and AI computing capabilities reaching up to 2070 TOPS in educational configurations. Unitree designed the H2 to support both commercial deployment and robotics research applications.

Key Features

• Full-size humanoid robot platform
• 31 Degrees of Freedom (DoF)
• Human-scale 182 cm body design
• High-performance AI computing platform
• 360 N·m peak leg joint torque
• Binocular vision system
• Dynamic balance and motion control
• Autonomous walking and navigation
• OTA software updates
• Advanced manipulation capabilities
• Research and industrial deployment support
• Developer SDK available on EDU versions
• Optimized for embodied AI development

Applications

Industrial Automation

• Material handling
• Factory assistance
• Equipment inspection
• Production support

Warehousing & Logistics

• Inventory movement
• Sorting operations
• Package handling
• Autonomous transport

Research & Education

• Robotics laboratories
• AI development
• Human-robot interaction research
• University programs

Commercial Services

• Reception assistance
• Facility management
• Customer interaction
• Smart building operations

Why Choose Unitree H2?

Unitree H2 offers one of the best price-to-performance ratios in the humanoid robotics market. With a full-size human form, powerful actuators, advanced AI computing, and flexible development capabilities, it is suitable for companies, research institutions, and developers seeking a scalable humanoid robotics platform. Its combination of affordability, mobility, and industrial-grade engineering makes it a strong competitor to significantly more expensive humanoid robots.

Technical Specifications