GoKawiilETH Zurich builds a standalone robotic hand that walks on its fingers
Researchers at ETH Zurich's Soft Robotics Lab have built a robotic hand detached from any arm or body, capable of crawling across surfaces and balancing its own weight using its five fingers. The device manipulates objects and moves using only its digits, without the wrist and arm assembly typical of conventional robotic hands.
GoKawiil's interpretation of the reporting above, not reported fact.
Removing the arm could simplify robot design for tasks requiring mobility in tight or cluttered spaces where a full humanoid frame is impractical. The approach suggests researchers are exploring locomotion and manipulation as a combined function rather than separate systems, which could influence future designs for search-and-rescue or inspection robots.
- ETH Zurich created a robotic hand that operates without an arm or wrist
- The hand can crawl, balance, and manipulate objects using only its fingers
- The design points toward combining mobility and manipulation in compact robotic systems
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Published there as: “How a character from ‘The Addams Family’ is shaping the future of robotics”
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