About
Description
47.6 in
Standing Height
63.9 lbs
Weight With Battery
40 DOF
Total Degrees of Freedom
100 TOPS
Computing Power
R1 EDU Pro E
Advanced Humanoid Platform for Dexterous Manipulation & AI Research
Unitree R1 EDU U7 (Pro E) builds on the R1 EDU Smart platform and adds two LinkerBot dexterous hands for complex manipulation, object grasping, and human–robot interaction research. Each hand provides 6 degrees of freedom, bringing the complete system to 38 total joint motors.
The U7 configuration combines an upgraded 100 TOPS onboard computing dock with humanoid stereo cameras, wrist-mounted RGB cameras, high-level and low-level secondary development, robot models, simulation interfaces, and support for environments such as Isaac Sim.
Core Capabilities
Dexterous Manipulation, AI Computing & Open Development
R1 EDU U7 combines a 38-DOF humanoid architecture with dual LinkerBot hands, wrist-mounted vision, high-performance computing, and a research-oriented development stack.
01
38 Total Degrees of Freedom
The 26-DOF R1 EDU body is paired with two 6-DOF LinkerBot dexterous hands, resulting in 38 total joint motors across the complete system.
02
Dual LinkerBot Dexterous Hands
Two non-tactile LinkerBot hands provide 6 degrees of freedom per hand and are intended for grasping, object manipulation, and human–robot interaction research.
03
100 TOPS AI Computing
The upgraded onboard computing dock delivers 100 TOPS and supports secondary development together with AI algorithm technical support.
04
Stereo + Wrist-Mounted Vision
The perception setup combines anthropomorphic stereo cameras with wrist-mounted RGB cameras. The R1 LiDAR kit is available as an optional upgrade.
Dexterous Manipulation
LinkerBot Dexterous Hands with Wrist Vision
R1 EDU U7 integrates two LinkerBot dexterous hands in the non-tactile configuration. Each hand provides 6 degrees of freedom and includes a wrist-mounted RGB camera for close-range perception during manipulation tasks.
Hand TypeLinkerBot
ConfigurationNon-Tactile
Degrees of Freedom6 per hand
Wrist CameraRGB
Total Robot DOF38
Development System
Computing, Perception & Open Development
R1 EDU U7 combines an 8-core high-performance CPU, 100 TOPS computing dock, stereo and wrist-mounted cameras, wireless connectivity, and high-level and low-level development support.
100 TOPS
Computing Dock
8-Core CPU
Base Computing
Stereo + Wrist Camera
Perception System
Isaac Sim
Simulation Support
Wi-Fi 6
Wireless Connectivity
Bluetooth 5.2
Integrated Wireless
Package & Platform
R1 EDU U7 Pro E Highlights
A development-focused humanoid configuration with Dex3-1 force-controlled hands, 100 TOPS computing, multimodal perception, and a complete standard accessory set.
R1 EDU U7 Robot
2 × LinkerBot Hands
Non-tactile, 6 DOF each
100 TOPS Dock
Smart Battery
Quick-Release
Charger
Remote Control
R1 EDU U7 (Pro E)
Technical Specifications
Description
47.6 in
Standing Height
63.9 lbs
Weight With Battery
40 DOF
Total Degrees of Freedom
100 TOPS
Computing Power
R1 EDU Pro E
Advanced Humanoid Platform for Dexterous Manipulation & AI Research
Unitree R1 EDU U7 (Pro E) builds on the R1 EDU Smart platform and adds two LinkerBot dexterous hands for complex manipulation, object grasping, and human–robot interaction research. Each hand provides 6 degrees of freedom, bringing the complete system to 38 total joint motors.
The U7 configuration combines an upgraded 100 TOPS onboard computing dock with humanoid stereo cameras, wrist-mounted RGB cameras, high-level and low-level secondary development, robot models, simulation interfaces, and support for environments such as Isaac Sim.
Core Capabilities
Dexterous Manipulation, AI Computing & Open Development
R1 EDU U7 combines a 38-DOF humanoid architecture with dual LinkerBot hands, wrist-mounted vision, high-performance computing, and a research-oriented development stack.
01
38 Total Degrees of Freedom
The 26-DOF R1 EDU body is paired with two 6-DOF LinkerBot dexterous hands, resulting in 38 total joint motors across the complete system.
02
Dual LinkerBot Dexterous Hands
Two non-tactile LinkerBot hands provide 6 degrees of freedom per hand and are intended for grasping, object manipulation, and human–robot interaction research.
03
100 TOPS AI Computing
The upgraded onboard computing dock delivers 100 TOPS and supports secondary development together with AI algorithm technical support.
04
Stereo + Wrist-Mounted Vision
The perception setup combines anthropomorphic stereo cameras with wrist-mounted RGB cameras. The R1 LiDAR kit is available as an optional upgrade.
Dexterous Manipulation
LinkerBot Dexterous Hands with Wrist Vision
R1 EDU U7 integrates two LinkerBot dexterous hands in the non-tactile configuration. Each hand provides 6 degrees of freedom and includes a wrist-mounted RGB camera for close-range perception during manipulation tasks.
Hand TypeLinkerBot
ConfigurationNon-Tactile
Degrees of Freedom6 per hand
Wrist CameraRGB
Total Robot DOF38
Development System
Computing, Perception & Open Development
R1 EDU U7 combines an 8-core high-performance CPU, 100 TOPS computing dock, stereo and wrist-mounted cameras, wireless connectivity, and high-level and low-level development support.
100 TOPS
Computing Dock
8-Core CPU
Base Computing
Stereo + Wrist Camera
Perception System
Isaac Sim
Simulation Support
Wi-Fi 6
Wireless Connectivity
Bluetooth 5.2
Integrated Wireless
Package & Platform
R1 EDU U7 Pro E Highlights
A development-focused humanoid configuration with Dex3-1 force-controlled hands, 100 TOPS computing, multimodal perception, and a complete standard accessory set.
R1 EDU U7 Robot
2 × LinkerBot Hands
Non-tactile, 6 DOF each
100 TOPS Dock
Smart Battery
Quick-Release
Charger
Remote Control
R1 EDU U7 (Pro E)
Technical Specifications
Unitree
by
Unitree
Unitree R1 EDU U7 Pro E Humanoid Robot
SKU:
R1 EDU-U7
- Regular price
- $22,900.00
- Sale price
- $22,900.00
- Regular price
-
Shipping calculated at checkout.
Providing the best new Tech Experience, Energy Independence and Robotics Ways of Optimisation
Providing the best new Tech Experience, Energy Independence and Robotics Ways of Optimisation
Packaging note:
Equipment is being supplied in a manufacturer packaging
