3D-printed robotic frog swims using six artificial muscles powered by light
4 Articles
4 Articles
3D-printed robotic frog swims using six artificial muscles powered by light
A small robotic frog developed at Aarhus University can swim using six artificial muscles activated by light. Behind the achievement is a systematic approach that could help researchers develop muscles for the next generation of soft robots.
It doesn't need a motor, batteries, or wires to propel itself through water. A robotic frog developed by scientists in Denmark and Luxembourg uses six artificial muscles activated by light. The frog was constructed using 3D printing and could contribute to the development of a new generation of soft robots.
A tiny robotic frog swims using muscles powered by light
A tiny 3D-printed robotic frog can swim across water without a motor, battery or connecting wires. Instead, it moves with six artificial muscles that respond to light, showing a new way to build small and flexible robots. Researchers at Aarhus University in Denmark created the frog to study how artificial muscles can work together. Soft […]
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