About
Description
47.6 in
Standing Height
30 DOF
Total Degrees of Freedom
2 + 2 DOF
Dexterous Hands
100 TOPS
AI Computing
Research & Development Platform
R1 EDU with Dexterous Hands and High-Power Computing
The R1 EDU platform supports secondary development, fully open joint and sensor control interfaces, and mainstream simulation platforms. The EDU configuration also supports high-power computing modules in the 40–100 TOPS range.
With two Unitree tendon-driven dexterous hands, the U10 configuration adds 2 actuated degrees of freedom per hand to the 26-DOF R1 EDU base, for 30 total actuated degrees of freedom.
Core Capabilities
Built for Development, Simulation & Manipulation
R1 EDU combines open development interfaces, high-performance computing, binocular perception, and optional dexterous manipulation hardware.
01
Secondary Development
R1 EDU supports secondary development with open interfaces for robot joints and sensors.
02
100 TOPS Computing
The EDU platform supports high-power computing modules, including configurations up to 100 TOPS.
03
Dual Dexterous Hands
Each Unitree tendon-driven dexterous hand provides 2 actuated degrees of freedom with hidden internal wiring and compatibility with R1.
04
Binocular Vision
R1 EDU uses a binocular camera for onboard visual perception.
Dexterous Manipulation
30 Total Actuated Degrees of Freedom
The R1 EDU base provides 26 joint degrees of freedom. Two Unitree Dex2/5 tendon-driven hands add 2 actuated degrees of freedom per hand.
R1 EDU Base26 DOF
Left Dexterous Hand2 actuated DOF
Right Dexterous Hand2 actuated DOF
Total30 DOF
Development System
Computing, Perception & Open Development
R1 EDU combines an 8-core high-performance processor with optional high-power computing modules, binocular vision, open development interfaces, and support for mainstream simulation platforms.
100 TOPS
High-Power Computing
8-Core CPU
Base Processor
Binocular Camera
Perception Sensor
Secondary Development
Supported
Wi-Fi 6
Wireless Connectivity
Bluetooth 5.2
Integrated Wireless
Configuration
R1 EDU U10 Highlights
Research-oriented R1 EDU configuration with high-power computing and dual dexterous hands.
R1 EDU Robot
2 Dexterous Hands
2 actuated DOF each
100 TOPS Module
Smart Battery
Quick-Release
Charger + Controller
Protective Mount
Not included by default
R1 EDU U10
Technical Specifications
Description
47.6 in
Standing Height
30 DOF
Total Degrees of Freedom
2 + 2 DOF
Dexterous Hands
100 TOPS
AI Computing
Research & Development Platform
R1 EDU with Dexterous Hands and High-Power Computing
The R1 EDU platform supports secondary development, fully open joint and sensor control interfaces, and mainstream simulation platforms. The EDU configuration also supports high-power computing modules in the 40–100 TOPS range.
With two Unitree tendon-driven dexterous hands, the U10 configuration adds 2 actuated degrees of freedom per hand to the 26-DOF R1 EDU base, for 30 total actuated degrees of freedom.
Core Capabilities
Built for Development, Simulation & Manipulation
R1 EDU combines open development interfaces, high-performance computing, binocular perception, and optional dexterous manipulation hardware.
01
Secondary Development
R1 EDU supports secondary development with open interfaces for robot joints and sensors.
02
100 TOPS Computing
The EDU platform supports high-power computing modules, including configurations up to 100 TOPS.
03
Dual Dexterous Hands
Each Unitree tendon-driven dexterous hand provides 2 actuated degrees of freedom with hidden internal wiring and compatibility with R1.
04
Binocular Vision
R1 EDU uses a binocular camera for onboard visual perception.
Dexterous Manipulation
30 Total Actuated Degrees of Freedom
The R1 EDU base provides 26 joint degrees of freedom. Two Unitree Dex2/5 tendon-driven hands add 2 actuated degrees of freedom per hand.
R1 EDU Base26 DOF
Left Dexterous Hand2 actuated DOF
Right Dexterous Hand2 actuated DOF
Total30 DOF
Development System
Computing, Perception & Open Development
R1 EDU combines an 8-core high-performance processor with optional high-power computing modules, binocular vision, open development interfaces, and support for mainstream simulation platforms.
100 TOPS
High-Power Computing
8-Core CPU
Base Processor
Binocular Camera
Perception Sensor
Secondary Development
Supported
Wi-Fi 6
Wireless Connectivity
Bluetooth 5.2
Integrated Wireless
Configuration
R1 EDU U10 Highlights
Research-oriented R1 EDU configuration with high-power computing and dual dexterous hands.
R1 EDU Robot
2 Dexterous Hands
2 actuated DOF each
100 TOPS Module
Smart Battery
Quick-Release
Charger + Controller
Protective Mount
Not included by default
R1 EDU U10
Technical Specifications
Unitree
by
Unitree
Unitree R1 EDU U10 Pro H AI Humanoid Robot White and Blue
SKU:
R1 EDU-U10
- Regular price
- $23,000.00
- Sale price
- $23,000.00
- 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
