Unitree R1 EDU Pro B Humanoid Robot with Dex3 Tactile Hands White & Blue
The Unitree R1 EDU Pro B is a highly advanced humanoid robot designed to push the boundaries of robotics research, education, and development. Featuring a striking white and blue colour scheme, this state-of-the-art platform comes equipped with innovative Dex3 tactile hands to enable precise, human-like manipulation capabilities.
Key Features
- Advanced Dex3 tactile hands equipped for high-precision gripping and delicate object handling.
- Sophisticated humanoid locomotion system designed to facilitate realistic movement, agility, and balance.
- Fully programmable platform ideally suited for educational institutions, developers, and advanced robotics researchers.
- Integrated sensors and processors to support real-world environment mapping and autonomous navigation.
This versatile humanoid platform serves as an exceptional tool for exploring complex artificial intelligence and machine learning applications. It offers an unparalleled foundation for academic study and next-generation robotics development.
Brand: Unitree |
Code: UTR1EDUPROB
Supplier Code: UTR1EDUPROB
Supplier Description: Unitree R1 EDU Pro B Humanoid
Brand: Unitree |
Code: UTR1EDUPROB
Supplier Code: UTR1EDUPROB
Supplier Description: Unitree R1 EDU Pro B Humanoid
At a glance
The Unitree R1 EDU Pro B is a highly advanced humanoid robot designed to push the boundaries of robotics research, education, and development. Featuring a striking white and blue colour scheme, this state-of-the-art platform comes equipped with innovative Dex3 tactile hands to enable precise, human-like manipulation capabilities.
Key Features
- Advanced Dex3 tactile hands equipped for high-precision gripping and delicate object handling.
- Sophisticated humanoid locomotion system designed to facilitate realistic movement, agility, and balance.
- Fully programmable platform ideally suited for educational institutions, developers, and advanced robotics researchers.
- Integrated sensors and processors to support real-world environment mapping and autonomous navigation.
This versatile humanoid platform serves as an exceptional tool for exploring complex artificial intelligence and machine learning applications. It offers an unparalleled foundation for academic study and next-generation robotics development.
