Tomoo Yoneda

Papers

Total Citations

H-Index

About

Tomoo Yoneda is a robotics researcher whose work bridges the frontiers of bio-inspired locomotion and dexterous manipulation. His most influential contribution, the development of a lightweight hydraulic leg, introduced a novel platform for exploring agile legged locomotion. By pairing high-performance hydraulic linear actuators with carbon-fiber-reinforced plastic links, Yoneda created a system that maximizes load capacity while minimizing weight—a critical step toward realizing dynamic, animal-like running and jumping in robots. This foundational 2013 paper has garnered 19 citations, reflecting its impact on the field of high-performance robotics. In parallel, Yoneda has advanced robotic hand design through his work on multifingered hands capable of the thenar grasp function. Inspired by the human thumb’s unique opposition, his 2020 paper proposes a grip method that enables robots to apply large torques after grasping—a capability often missing from conventional precision and power grasps. This innovation opens new possibilities for tasks requiring both secure holding and forceful manipulation. Yoneda’s research consistently demonstrates a commitment to translating biological principles into practical, high-performance robotic systems, making him a notable figure in the ongoing quest for machines that move and handle objects with human-like agility.