H2 EDU

Bring Full-Sized Humanoid Robotics Into the Classroom, Lab, or Development Space

The Unitree H2 EDU is built for teams that want access to a powerful, full-sized humanoid robot platform for education, research, demonstrations, and advanced robotics development.

Designed around Unitree’s next-generation H2 humanoid platform, the EDU configuration gives universities, labs, developers, and robotics teams a serious foundation for exploring mobility, perception, manipulation, control systems, AI development, and real-world humanoid applications.

✔ Full-sized humanoid robot platform
✔ Designed for education, research, and development
✔ Approximately 180–182 cm tall
✔ Approximately 31 degrees of freedom
✔ Strong arm and leg joint performance for advanced movement
✔ Ideal for universities, labs, robotics teams, and enterprise demonstrations

What Makes the H2 EDU Different

The H2 EDU is built for users who need more than a compact robotics platform.

Unlike smaller humanoids or consumer-focused robots, the H2 EDU gives teams a full-sized humanoid system with serious movement capability, powerful joint performance, and room for advanced robotics development. It is designed to help users study and build around real humanoid locomotion, interaction, perception, and applied robotics workflows.

✔ Larger and more capable than entry-level humanoid platforms
✔ Built for advanced education and research environments
✔ Supports robotics development and experimentation
✔ Strong platform for AI, motion control, and humanoid systems work
✔ Suitable for demonstrations, training, and real-world robotics exploration

What’s Included

Unitree H2 EDU humanoid robot
Integrated battery system
Built-in humanoid robotics platform hardware
EDU-oriented configuration and development support depending on package
Manufacturer packaging

Note: Final included accessories, controller, charger, software access, development tools, grippers, hands, cameras, or expansion modules may vary by supplier and configuration. Confirm exact package contents before purchase.

Why Buy From AVT

U.S.-based support and guidance
Fast response from real humans
Help choosing the right robotics configuration
Trusted by professionals, developers, educators, and advanced robotics users

What You Need to Know

The Unitree H2 EDU is a full-sized humanoid robot platform designed for serious robotics use. It is best suited for organizations that need a capable platform for teaching, research, demonstrations, development, and advanced humanoid robotics experimentation.

Because this is a large, high-value robotics system, buyers should plan for freight-style shipping, controlled operating environments, safe handling procedures, and proper user training. The EDU configuration may differ from base or commercial configurations depending on included accessories and software support.

Key details to understand:

Full-sized Unitree H2 humanoid robot configuration
Top estimated product weight: 155 lb
Top estimated shipping weight: 260 lb
Approximate robot weight: 70 kg / 154 lb
Approximate height: 180–182 cm
Approximately 31 degrees of freedom
Arm payload: about 15 kg peak / 7 kg rated
Maximum leg joint torque: about 360 N·m
Maximum arm joint torque: about 120 N·m
Best suited for education, research, demonstrations, AI development, and advanced robotics teams
Requires proper safety procedures, operating space, and user training
Not a toy or casual consumer robot

If you’re looking to bring full-sized humanoid robotics into a university, lab, training environment, or advanced development program, the Unitree H2 EDU gives your team a powerful platform for exploring the future of embodied AI and real-world humanoid robotics.

Need help choosing the right configuration?
Contact Aerial Visual Technologies for availability, package options, and expert guidance. Email: Flywithavt@avtdrones.com