Researchers at ETH Zurich and the Max Planck Institute for Intelligent Systems have developed a robotic leg powered by artificial electro-hydraulic muscles that can automatically adapt to uneven terrain. The system is more energy efficient than electric motors, enabling high jumps and fast movements without complex sensors. Although still in its infancy, the technology offers potential for future applications in soft robotics.
Robotic leg with artificial muscles can walk and jump
It can automatically adapt to uneven terrain.
- Advertisement -
Explore more ..
Humanoid Launches UK’s First Industrial Humanoid Robot, HMND 01 Alpha
Built in record time, Alpha targets labour shortages with warehouse-ready automation.
New Calculus Method Boosts Robot Agility
Yale researchers develop a faster way for robots to compute derivatives, unlocking smoother, more proactive movements.
Volkswagen Powers Ahead with Unified Cells and Solid-State Batteries
Volkswagen's battery innovations promise longer range and faster charging for future EVs.
Honeywell Unveils Ionic™: Modular Energy Storage for Industry
A compact all-in-one BESS to cut costs, boost reliability, and integrate renewables.
TRENDING
- Advertisement -