Soft Robotics: What a Flexible Body Can—and Cannot—Do
How soft robot bodies, onboard power, sensing and control fit together—and how to evaluate what a laboratory demonstration actually proves.
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How soft robot bodies, onboard power, sensing and control fit together—and how to evaluate what a laboratory demonstration actually proves.
Watching MIT's HERMES mimic the moves of his inventor, Joao Ramos, is almost like watching a child learning to dance by imitating his father.
Designed to address some of the most seminal issues facing humankind, researchers have developed a robot that can be programmed to grab and deliver beer.
South Korean researchers are developing a humanoid robot that can fly a variety of full-sized aircraft during situations when humans can't.
One year after its initial unveiling, the ATLAS robot walks more like a human with greater agility and control than ever before.
Helping to advance biomimetic and tether-free robotics, MIT recently tested their latest running robot, the Cheetah, that ran, jumped, and walked unleashed.
Soft robotics developer Super-Releaser recently demonstrated several prototypes that inflated, crawled, and twisted before crowds of wide-eyed onlookers.