Yugo Sanada

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About

Yugo Sanada is a leading researcher in biomimetic underwater robotics, with a primary focus on developing bio-inspired propulsion and maneuvering systems for autonomous underwater vehicles. His most influential work centers on the braking performance of a biomimetic squid-like underwater robot, a study that has garnered 51 citations and established foundational principles for controlled deceleration in soft-bodied robotic swimmers. Sanada’s key contributions include the development of a real-time simulator based on a comprehensive 6-degrees-of-freedom motion analysis of robots with undulating side fins, integrating towing tank experiments with mathematical modeling to accurately predict three-dimensional movement. This work, though less cited, is critical for advancing the practical deployment of biomimetic platforms in complex underwater environments. By systematically analyzing the hydrodynamics of undulating fin propulsion, Sanada has provided engineers with validated simulation tools that reduce the gap between theoretical design and real-world performance. His research not only deepens our understanding of cephalopod-inspired locomotion but also offers actionable insights for improving the agility, stability, and control of next-generation underwater robots used in exploration, monitoring, and defense applications.