Devanthro Roboy
Devanthro
Tendon-driven musculoskeletal humanoid for biomechanics research
| Height | 170cm |
|---|---|
| Weight | 30kg |
| Battery | Plug-in |
| DOF | 36 |
| Payload | 5kg |
| Top Speed | N/A |
| AI Platform | Open-source Tendon AI |
| Status | Research |
About Devanthro Roboy
Devanthro Roboy is a unique humanoid that mimics human anatomy using tendon-driven actuation rather than traditional motors and gears. Its musculoskeletal design uses artificial tendons and muscles to achieve remarkably human-like movement.
This approach makes Roboy invaluable for biomechanics research — scientists can study human movement patterns, develop better prosthetics, and understand neuromuscular control by observing how a mechanical analogue of the human body moves.
The project is fully open-source, with a global community of contributors from universities across Germany, Switzerland, and beyond. Roboy frequently appears at public events, science festivals, and educational programs.
Key Features
- Tendon-driven musculoskeletal design
- Mimics human anatomy for research
- Fully open-source project
- Global university research community