UNITREE R1 Edu U6 humanoid robot

UNITREE R1 Edu U6 Humanoid Robot

The UNITREE R1 Edu U6 is an advanced humanoid robot built as a complete R&D platform for robotics, AI, and hands-on experimentation. With a height of 1210 mm, a weight of around 25 kg, and an impressive 38 degrees of freedom, it delivers outstanding mobility, precise movement, and a highly dynamic full-body motion range while remaining compact enough for convenient transport. The EDU U6 version combines the capabilities of the R1 Basic and EDU U1, then takes them further with more powerful onboard computing, AI algorithm support, dual Revo 2 Touch five-finger hands with full haptic feedback, and additional head degrees of freedom. For hobbyists, makers, research teams, and advanced developers, this is a seriously capable humanoid platform ready for ambitious projects.

Why choose the UNITREE R1 Edu U6?

• Advanced humanoid robot with 38 DoF for highly realistic movement
• Dual Revo 2 Touch five-finger hands with haptic support
• 100 TOPS expansion dock for AI and machine learning workloads
• Humanoid binocular vision camera for perception and computer vision projects
• Built-in speaker and microphone array for natural voice interaction
• Supports dynamic movement including jumping, running, handstands, and complex motion sequences
• Compatible with development tools, APIs, robot models, and simulation environments such as Isaac SIM
• Ideal for robotics enthusiasts, AI experimentation, research labs, and advanced educational use

Advanced kinematics and natural full-body movement

With a total of 38 degrees of freedom, the UNITREE R1 Edu U6 is designed for smooth, expressive, and highly complex motion. It can jump, run, walk on its hands, and perform dynamic movement sequences inspired by martial arts. Each leg offers 6 DoF, the waist has 2 DoF, each arm has 5 DoF, the head adds 2 DoF, and each hand provides 6 DoF. Wide ranges of motion in the waist, hips, and knees make this platform a great choice for testing locomotion, balance, manipulation, and motion-planning algorithms in demanding real-world scenarios.

Precision joint design for demanding use

The robot features a refined joint structure with internal cable routing through hollow shafts, improving reliability while helping protect mechanical components during intensive operation. Dual and single encoder architecture ensures precise position feedback, while localized air cooling helps maintain stable performance during extended testing sessions. The arm payload of up to 2 kg also opens the door to practical gripping and object manipulation experiments.

Dual Revo 2 Touch dexterous hands

The Edu U6 version is equipped with two advanced Revo 2 Touch five-finger hands. Each hand offers 6 degrees of freedom and full touch support, giving the robot far greater dexterity for tasks that require precision, responsiveness, and refined object handling. Thanks to advanced haptics and flexible manipulation capabilities, the platform is even better suited for interaction-focused robotics projects.

AI-ready platform with serious computing power

The EDU U6 introduces an expansion dock delivering up to 100 TOPS of computing performance. This makes the robot well suited for AI development, machine learning, perception, and advanced autonomy projects. The platform includes algorithm support and access to robot models, APIs, and developer tools, helping users move faster from concept to execution. Compatibility with simulation environments such as Isaac SIM also enables a smoother path from virtual testing to real-world deployment.

Perception, communication, and interaction

The robot is equipped with a humanoid-style binocular camera that serves as a strong foundation for visual perception and computer vision tasks. A built-in speaker and microphone array support natural voice communication, while Wi-Fi 6 and Bluetooth 5.2 provide reliable wireless connectivity for development, control, and data transmission.

A complete ecosystem for robotics and AI projects

The UNITREE R1 Edu U6 is designed as a complete solution for research teams, universities, developers, and ambitious robotics enthusiasts. Its intelligent lithium battery with quick-mount design provides around 1 hour of operation, and the included charger helps get the robot back into action quickly. Combined with a mature support ecosystem, this platform is ready for everything from creative hobby projects to advanced R&D experimentation.

What’s in the box

• UNITREE R1 Edu U6 humanoid robot
• Remote controller
• Charger
• Robot transport case