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About

Yoshihiro Homma is a pioneering roboticist whose research centers on bio-inspired soft robotics and multi-legged locomotion for complex, three-dimensional environments. His major contributions lie in developing robots that can autonomously climb a wide variety of columnar objects—such as pipes, pillars, and trees—tasks that have long challenged conventional rigid robots. Homma’s most influential work, “The soft multi-legged robot inspired by octopus: climbing various columnar objects” (2020, 45 citations), introduces a silicone-based soft robot that mimics octopus behavior. By leveraging the dynamics of its soft body and a simple inching mechanism, the robot can grasp unknown shapes and climb diverse columns without complex control systems. This builds on his earlier six-legged platforms, TAOYAKA-III (2019, 9 citations) and its predecessor (2017, 5 citations), which improved upon flexible manipulator designs for industrial inspection. Homma has also extended his approach to ladder-climbing robots like MAMEYAKA (2021). His work is notable for bridging soft robotics and practical field deployment, offering a robust, adaptive solution for maintenance, inspection, and search-and-rescue in unstructured environments.