Naoto Yasutani
Papers
2
Total Citations
10
H-Index
2
About
Naoto Yasutani is a robotics researcher whose work focuses on novel locomotion strategies for legged robots, particularly tripedal (three-legged) systems. His major contribution lies in challenging conventional bipedal and quadrupedal designs by demonstrating that stable, efficient walking can be achieved with just three limbs. In his most-cited paper (2015, 8 citations), Yasutani introduced the "Martian III" prototype—a tripedal robot with radially stretchable legs and a fixed coxa (hip joint). This design eliminates the need for complex hip articulation, simplifying control while enabling effective locomotion through leg stretching and reaction force feedback. His follow-up work (2017, 2 citations) further explored decentralized control strategies using reaction force feedback, advancing the understanding of how tripedal robots can maintain balance without centralized coordination. Though his citation counts are modest, Yasutani’s research is notable for its originality and potential applications in rugged terrain exploration, where minimal leg count and mechanical simplicity are advantageous. His work offers an alternative perspective in legged robotics, inspiring further investigation into non-standard gaits and minimalistic robot morphology.
Research Focus
Key Achievements
Top Papers
- 1
- 2