Discover the Unitree H2 EDU humanoid robot — human-scale biped with 31 DOF, tailored for education, research and human-robot interaction development.
The Unitree H2 EDU is an educational and research-grade humanoid robot engineered by Unitree Robotics, a leading Chinese robotics company known for its quadruped and humanoid robotic platforms. The H2 EDU is a human-scale bipedal robot designed for universities, laboratories, and R&D institutions focusing on humanoid locomotion, AI learning, and robotic manipulation.
The Unitree H2 EDU is the educational-version humanoid robot from Chinese robotics firm Unitree Robotics, designed to bring human-scale bipedal robotics into classrooms, labs and development environments. Standing 1.82 m tall with 31 degrees of freedom, the H2 EDU offers the same core architecture as the H2 “Destiny Awakening” platform but is optimized for educational use, interruptible development workflows and secondary-deployment scenarios.
With its modular design, developer-friendly SDK, and human-sized form factor, the H2 EDU aims to bridge the gap between prototype lab humanoids and widely available research or teaching platforms. The educational edition is positioned for universities, robotics institutes, advanced STEM programmes and collaborative human-robot interaction (HRI) courses.
The H2 EDU shares the full-scale dimensions of its commercial sibling: approximately 1,820 mm tall, 456 mm wide, and 218 mm thick. Its mass is listed at roughly 70 kg (with battery), matching standard adult human proportions for compatibility with human-oriented environments, workstations and tools. The structural materials comprise aircraft-grade aluminum, titanium alloy and high-strength engineering plastics, balancing rigidity and serviceability.
Featuring 31 degrees of freedom (arms, legs, waist, head) the H2 EDU enables fluid motion, human-like gestures and basic manipulation tasks. According to Unitree, arm joints provide up to 120 N·m of torque while leg joints deliver up to 360 N·m, supporting movement, balance and object interaction. The payload for arms is listed as peak ~15 kg and rated ~7 kg.
The H2 EDU version emphasizes secondary development compatibility. It features developer-level access, OTA updates, and a reference compute module that includes support for WiFi 6 and Bluetooth 5.2 connectivity. Unitree lists “Secondary development” under features for the EDU variant, enabling integration of third-party sensors, custom motion modules and educational curricula.
Unlike consumer-only robots, the H2 EDU is built as a platform: with human-scale form, SDK access and gesture/voice interaction modules included, it is designed for hands-on robotics learning, HRI research and humanoid prototype experimentation.
Artificial Intelligence (AI) & Motion Planning: The H2 EDU uses Unitree’s high-performance compute architecture (2070 TOPS chip) to support motion control, perception and developer workflows.
Dynamic Locomotion and Balance Control: Advanced algorithms enable full-body locomotion, human-matched gestures and stabilized standing/walking in biped stance.
Sensor Fusion & Perception Systems: Stereo binocular camera system, IMUs and sensor arrays enable depth perception, human-robot interaction and environment mapping.
Connectivity & Development Platform: The EDU version includes modular accessory interfaces, development SDK, over-the-air updates and developer tools for secondary development.
| Specification | Value |
|---|---|
| Height | 1,820 mm (~6 ft) |
| Weight (with battery) | ~70 kg |
| Degrees of Freedom (DOF) | 31 |
| Arm Joint Max Torque | ~120 N·m |
| Leg Joint Max Torque | ~360 N·m |
| Arm Payload (Peak / Rated) | ~15 kg / ~7 kg |
| Battery Capacity | 0.972 kWh (15Ah, 75.6 V system) |
| Connectivity | WiFi 6, Bluetooth 5.2 |
These specifications position the H2 EDU as a serious research and educational platform rather than a consumer toy.
The H2 EDU is primarily marketed to universities, robotics research labs and STEM education programmes. Its human-size, modular architecture and SDK allow students and researchers to explore motion planning, human-robot collaboration and advanced perception tasks.
With facial interaction, voice recognition and full-body articulation, the H2 EDU supports HRI research—such as how humanoids navigate human environments, respond to user commands, and adapt behaviour in collaborative settings.
While not purely a production service robot, the H2 EDU can be used to prototype service-robot behaviours in hospitality, reception or public-guide roles. Its human-scale lobby presence and interactive hardware make it suitable for demonstration and pilot projects.
As a showcase platform, the H2 EDU has been used in marketing, exhibitions and tech events to demonstrate what advanced humanoid robotics can achieve in real-world motion, interactivity and human-environment compatibility.
Human-Environment Compatibility: With adult human dimensions and human-like proportions, the H2 EDU integrates into spaces designed for people without major modifications.
Educational Platform Orientation: Secondary development support, SDK access and modular design make it ideal for teaching robotics, AI and human-robot systems.
High Degree of Mobility and Manipulation: The actuation, DOF and torque figures allow the H2 EDU to perform realistic walking, gesture, lifting and interactive tasks.
Interactive Intelligence: With voice, vision and articulating hardware, the robot can engage in more natural communication and collaboration than many static or wheel-based robots.
Prototype for Service Humanoids: Though labelled “EDU”, this model provides development and deployment potential for pilot service-robot scenarios, making it versatile beyond classroom use.
Compared to other humanoid educational robots—such as the Prior Institute’s small-scale platforms or consumer humanoids—the Unitree H2 EDU stands out for its human scale, high torque manipulation and professional-grade specification. While platforms like the Unitree H1 focused on mobility, or the G1 targeted agent-style tasks, the H2 EDU balances size, mobility and accessibility for educational and research ecosystems.
In the broader humanoid robot market (e.g., Boston Dynamics’ Atlas), the H2 EDU is more accessible, developer-friendly and oriented toward secondary development rather than elite demonstration or hardcore industrial tasks.
According to Unitree’s official product page, the H2 EDU variant is listed with “Contact Sales” pricing, indicating custom enterprise/educational pricing rather than fixed retail. Unitree lists the standard H2 model at US $29,900 (tax and shipping excluded) and notes that the H2 EDU requires negotiation.
The educational version typically includes the SDK, extended warranty and accessory bundle tailored for academic deployment. Availability is subject to regional distributor agreements, educational channel programmes and configuration lead-time.
What is the Unitree H2 EDU?
The Unitree H2 EDU is the education-oriented version of the Unitree H2 humanoid robot—a human-scale, 31-DOF biped robot optimized for research labs, teaching, and advanced robotics development.
How does the Unitree H2 EDU work?
It uses advanced actuation (up to 360 N·m in leg joints), AI-enabled motion planning and stereo vision to walk, gesture, interact and manipulate objects, while the developer SDK enables custom behaviour, secondary development and interactive programming.
Why is the Unitree H2 EDU important?
It provides academia and research institutions with a human-sized, developer-friendly humanoid platform—closing the gap between hobby humanoids and industrial robots and enabling serious study of human-robot interaction, AI motion and service-robot deployment.
What are the benefits of the Unitree H2 EDU?
Benefits include human-scale deployment in existing environments, developer SDK for custom robotics research, high mobility and manipulation capability, interactive voice/vision systems and suitability for teaching, pilot service robotics and HRI studies.
The Unitree H2 EDU represents a significant milestone in educational humanoid robotics—offering human-sized form, advanced actuation, interactive intelligence and a development-friendly platform. Designed for research, teaching and pilot service deployment, it brings high-end humanoid capabilities within reach of academic and institutional users. As humanoid robots transition from lab curiosities to real-world collaborators, the H2 EDU stands as a serious tool for building the next generation of intelligent machine
| ROBOT USE | EDUCATION |
|---|---|
| ROBOT TYPE | HUMANOID |
| BRAND | UNITREE ROBOTICS |
| MODEL | H2 EDU |
| HEIGHT | 182.0 cm |
| WIDTH | 45.6 cm |
| DEPTH | 21.8 cm |
| WEIGHT | About 70 kg |
| TOTAL DEGREES OF FREEDOM (DOF) | 31 |
| HEAD / NECK DEGREES OF FREEDOM (DOF) | 2 |
| HAND DEGREES OF FREEDOM | 0 |
| WAIST DEGREES OF FREEDOM (DOF) | 3 |
| LEG DEGREES OF FREEDOM | 6 |
| RUNTIME | 3 HOURS |
