A New Insect-Inspired Material Harnesses Resonance for Soft Robots
Researchers have developed a new dielectric elastomer that intrinsically amplifies its own motion through resonance, enabling large-amplitude actuation without the rigid supporting structures traditionally required for soft robotic systems. The study, published in Smart Materials and Devices, introduces a materials-based strategy that could simplify the design of lightweight, energy-efficient soft actuators for robotics and biomimetic technologies.