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Reconfigurable robotic fish reveals how stiffness and wave propagation shape swimming performance
Led by Professor Yu Junzhi from the School of Advanced Manufacturing and Robotics, the team created a soft robotic fish capable of switching between eel-like (anguilliform) and tuna-like (carangiform) ...
If the argument that art imitates life holds true, than MIT’s fish-like soft robot ― a robot powered by fluid flowing through flexible channels ― is art. Researchers from the prestigious university ...
The Research Centre in Robotics and Underwater Technologies (CIRTESU) at the Universitat Jaume I conducted this week, at the PortCastelló facilities, wireless communication tests between a surface ...
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Scale-Inspired System Protects Soft Robotic Fish
Inspired by fish scales, scientists have engineered a flexible skin that makes soft robotic fish tougher and more agile, absorbing hits without sacrificing speed or smooth underwater motion. In an ...
Key performance trade-offs revealed The robotic fish achieved a maximum swimming speed of 1.24 body lengths per second at 5 Hz in the tuna-like mode, while the anguilliform mode showed a sharp decline ...
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