3D Printed Soft Actuators for a Legged Robot Capable of Navigating Unstructured Terrain


Soft robotics is a rapidly developing field that is changing the way we perceive automated systems. Soft robots deform​ ​continuously along their bodies as opposed to at discrete joints like traditional rigid robots. In this work we demonstrated the use of multi-material 3D printing to fabricate ​a ​four-legged walking robot with bellowed soft legs. The ​robot ​is powered by pressurized air and is able to navigate a variety of terrain. This design is a step towards the development of a mobile soft system for applications including monitoring in hazardous environments and search-and-rescue operations.

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