Satoshi Hasegawa

Papers

Total Citations

H-Index

About

Satoshi Hasegawa is a robotics researcher whose work focuses on improving the mobility and control of disaster response robots. His key research areas include crawler-type mobile robots, passive sub-crawler mechanisms, and remote control systems designed for hazardous environments. Hasegawa’s major contribution lies in developing a remote control system that integrates passive sub-crawlers—compliant mechanisms that automatically adapt to uneven terrain, allowing robots to navigate rubble and debris without complex manual adjustments. This innovation significantly enhances robot stability and reduces the risk of falling during search-and-rescue missions. His most-cited paper (31 citations) details this system with a focus on falling-down avoidance, while a related study (3 citations) introduces a warning system for operators. Though his citation counts are modest, Hasegawa’s work is notable for its practical impact on field robotics, offering a simple yet effective solution to a critical challenge in disaster response. His research bridges mechanical design and human-robot interaction, making it a valuable reference for engineers developing robust, user-friendly rescue robots.