The article discusses the evolution of locomotive robots beyond traditional wheeled and multi-legged designs. A focus is on UC Berkeley's SALTO, a unique pogo robot inspired by jumping animals. SALTO utilizes a precision-controlled motor and spring mechanism to perform powerful jumps, enabling it to traverse challenging terrains with agility and speed. This innovation represents a significant shift in robotics, showcasing how unconventional movement can expand the capabilities of robots in various applications and environments.
Unlike conventional robots that stride or roll, SALTO exploits a pogo-stick-like mechanism. It uses a precision-controlled motor and spring system to generate powerful, controlled jumps.
Researchers at UC Berkeley have introduced something unique in the robotics world: a tiny pogo robot that bounces its way forward with remarkable agility and efficiency.
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