Germany Research

Devanthro Roboy

Devanthro

Tendon-driven musculoskeletal humanoid for biomechanics research

Devanthro Roboy
ResearchEducation
Height170cm
Weight30kg
BatteryPlug-in
DOF36
Payload5kg
Top SpeedN/A
AI PlatformOpen-source Tendon AI
StatusResearch

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

Best Suited For

🔬Biomechanics Research
🦿Prosthetics Development
🎓Robotics Education
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