Can somebody let this robot down?Clone Robotics is developing a humanoid robot prototype named Protoclone with advanced movements and muscle-like Myofibers.
MIT team creates first multi-direction artificial muscleMIT's bioengineering team has created artificial muscles that can pull in multiple directions, enabling advancements in medical treatments and robotics.
Hexagonal electrohydraulic modules shape-shift into versatile robotsResearchers developed hexagonal robotic modules that can rearrange for different capabilities, enhancing adaptability and functionality in robotic design.
Electro-hydraulic muscles help these robot legs stand straight on uneven terrain | TechCrunchETH Zürich researchers developed a novel robot leg using electro-hydraulic systems for better performance on uneven terrain.
Artificial muscle flexes in multiple directions, offering a path to soft, wiggly robotsMIT engineers have developed a method to grow artificial muscle tissue that operates in multiple coordinated directions, enhancing biohybrid robots' capabilities.
Can somebody let this robot down?Clone Robotics is developing a humanoid robot prototype named Protoclone with advanced movements and muscle-like Myofibers.
MIT team creates first multi-direction artificial muscleMIT's bioengineering team has created artificial muscles that can pull in multiple directions, enabling advancements in medical treatments and robotics.
Hexagonal electrohydraulic modules shape-shift into versatile robotsResearchers developed hexagonal robotic modules that can rearrange for different capabilities, enhancing adaptability and functionality in robotic design.
Electro-hydraulic muscles help these robot legs stand straight on uneven terrain | TechCrunchETH Zürich researchers developed a novel robot leg using electro-hydraulic systems for better performance on uneven terrain.
Artificial muscle flexes in multiple directions, offering a path to soft, wiggly robotsMIT engineers have developed a method to grow artificial muscle tissue that operates in multiple coordinated directions, enhancing biohybrid robots' capabilities.
Built-in bionic computingRobots using soft materials in disaster management face challenges in flexible control.
Researchers create skin-inspired sensory robots to provide medical treatmentSoft robots with electronic skins and artificial muscles mimic natural movements, making them safe for internal use.