The Unitree R1 EDU Pro D, also identified as the R1 EDU U6, combines a compact bipedal humanoid platform with professional computing, perception, manipulation, and secondary development capabilities.

It is designed for universities, robotics laboratories, research institutes, technology companies, and industrial innovation teams developing next-generation humanoid applications.

The Pro D configuration integrates two BrainCo Revo 2 Touch five-finger dexterous hands. Each hand provides six degrees of freedom and supports more natural, human-like interaction with objects.

Integrated tactile capabilities allow the robot to work with physical contact information during grasping and manipulation. This makes the platform suitable for research involving contact-aware control, precision grasping, object handling, and advanced human–robot interaction.

The robot includes an AI expansion computing platform delivering up to 100 TOPS. This provides the processing capacity required for computer vision, AI inference, reinforcement learning, autonomous behaviours, and real-time robotics applications.

Its humanoid binocular perception camera supports visual perception and provides developers with a foundation for object recognition, environmental understanding, interaction, and autonomous task development.

R1 EDU Pro D is designed as a programmable research platform rather than a closed demonstration robot. It supports both high-level and low-level development, allowing teams to create customised control, perception, motion, and manipulation systems.

• Unitree SDK2 development support
• ROS 2 integration
• High-level control interfaces
• Low-level control interfaces
• Robot model and simulation interfaces
• NVIDIA Isaac Sim support
• AI algorithm development
• Reinforcement learning research
• Custom perception and manipulation applications
• OTA software update support

The R1 platform combines bipedal locomotion with articulated arms, waist movement, head movement, and dexterous hands. The complete Pro D configuration provides 38 degrees of freedom, creating a flexible foundation for whole-body control and coordinated humanoid movement.

The robot can be used to study balance, walking, motion planning, whole-body coordination, manipulation while moving, and interaction with real-world environments.

Unitree R1 EDU Pro D can serve as a complete development platform across multiple areas of humanoid robotics and artificial intelligence.

• Humanoid locomotion and balance research
• Dexterous five-finger manipulation
• Tactile and contact-aware control
• Computer vision and visual perception
• Reinforcement learning
• Human–robot interaction
• Autonomous behaviour development
• Robotics education and laboratory training
• Industrial research and proof-of-concept projects

As the highest R1 EDU configuration, the Pro D model combines the advanced R1 EDU computing and development platform with two Revo 2 Touch hands. It is intended for projects that require five-finger manipulation, tactile interaction, advanced AI computing, and broad access to the robot's development ecosystem.

This combination makes the R1 EDU Pro D a versatile platform for institutions building and testing new algorithms, applications, interaction methods, and autonomous humanoid capabilities.