Inflated ergo: Flexible robots more resilience, efficiency t

Inflated ergo: Flexible robots more resilience, efficiency than their stiff competition

When you’re meant to operate independently and perform a variety of tasks — from exploration to monitoring to search-and-rescue — it pays to be flexible and resilient.So ASU’s Wenlong Zhang and his team developed a drone that can change the stiffness of its woven-nylon frame on the fly.“It is able to conform to the object that is colliding and generate longer contact time and

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Arizona , United States , Salt River , Wenlong Zhang , School Of Manufacturing Systems , Manufacturing Systems , Science Desk , Salt River Project ,

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