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About

Kenichi Tokuda is a robotics researcher specializing in the design and development of high-mobility tracked vehicles for extreme environments, particularly for search-and-rescue and disaster response. His major contributions center on the **Flexible Mono-Tread Mobile Track (FMT)** — a novel, single-tracked robot that uses rotational joints and layered structures to achieve superior terrain adaptability while distributing ground pressure widely. Tokuda’s work on prototypes such as the “RT04” and “RT06” has advanced the field of rough-terrain locomotion, enabling robots to navigate debris, landslides, and uneven surfaces where conventional tracked or wheeled vehicles fail. His most cited paper (8 citations) introduces the FMT concept for rescue and planetary exploration, while subsequent works refine its mechanical design and add passive retro-flexion for enhanced maneuverability. Tokuda also contributed to practical disaster robotics, applying his systems to real-world events like the 2011 Kii Peninsula torrential rains, and developed complementary sensing methods (e.g., camera systems behind crawler shoes) to improve operator visibility. Though his citation counts are modest, his focused, iterative engineering has produced tangible prototypes that bridge the gap between lab research and field-ready rescue robots.