Unitree R1 EDU Pro D Humanoid Robot with Revo 2 Touch Hands White & Blue
The Unitree R1 EDU Pro D Humanoid Robot is an advanced robotic platform designed for educational and research purposes, boasting a striking white and blue finish. Equipped with state-of-the-art Revo 2 Touch Hands, this humanoid offers exceptional dexterity and tactile sensitivity for complex manipulation tasks.
Key Features
- Advanced humanoid robotic platform engineered for research and educational applications.
- Equipped with high-precision Revo 2 Touch Hands to facilitate sophisticated tactile feedback.
- Striking white and blue design that stands out in any laboratory or classroom setting.
- Highly articulate joints to support realistic movement and complex physical interactions.
This cutting-edge platform provides researchers and educators with the ideal tool to explore the future of human-robot interaction. It is a highly capable system that bridges the gap between theoretical robotics and practical, real-world development.
Brand: Unitree |
Code: UTR1EDUPROD
APN: 9319499341725 |
Supplier Code: UTR1EDUPROD
Brand: Unitree |
Code: UTR1EDUPROD
APN: 9319499341725 |
Supplier Code: UTR1EDUPROD
At a glance
The Unitree R1 EDU Pro D Humanoid Robot is an advanced robotic platform designed for educational and research purposes, boasting a striking white and blue finish. Equipped with state-of-the-art Revo 2 Touch Hands, this humanoid offers exceptional dexterity and tactile sensitivity for complex manipulation tasks.
Key Features
- Advanced humanoid robotic platform engineered for research and educational applications.
- Equipped with high-precision Revo 2 Touch Hands to facilitate sophisticated tactile feedback.
- Striking white and blue design that stands out in any laboratory or classroom setting.
- Highly articulate joints to support realistic movement and complex physical interactions.
This cutting-edge platform provides researchers and educators with the ideal tool to explore the future of human-robot interaction. It is a highly capable system that bridges the gap between theoretical robotics and practical, real-world development.
