Author Description

The field of soft robotics has witnessed a remarkable surge in interest and innovation over the past decade, with bio-inspiration playing a pivotal role in driving forward the de-sign, fabrication, and applications of these adaptable and resilient robotic systems. This reprint, titled Bio-Inspired Soft Robotics: Design, Fabrication and Applications, compiles ten cutting-edge articles that showcase the latest advancements and diverse applications in this burgeoning field. These contributions highlight the multifaceted ways in which nature's ingenuity can be harnessed to create soft robots that are not only highly functional but also capable of operating in complex and dynamic environments.