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Shigeo Hirose is a pioneering Japanese roboticist whose career has fundamentally shaped the fields of biologically inspired robotics, mobile systems, and field robotics. Best known for drawing design principles from nature, Hirose has developed groundbreaking mechanisms including the iconic soft gripper (1978, 479 citations), which mimicked the adaptive grasping of living organisms and remains a landmark contribution to robotic manipulation. His explorations of serpentine locomotion, documented in his influential work on biologically inspired robots (294 citations), established foundational frameworks for snake-like and articulated robotic systems that continue to guide researchers worldwide. Hirose's work extends powerfully into practical applications. His articulated mobile robot designs tackled challenging terrains in nuclear inspection environments, while the Expliner robot addressed the hazardous task of high-voltage transmission line inspection. His TITAN series of quadruped walking robots, spanning humanitarian demining to energy-efficient locomotion, reflects a consistent commitment to real-world impact. He also contributed meaningfully to disaster response robotics, proposing snake and string-based systems for search-and-rescue operations following catastrophic events. With multiple papers exceeding 100 citations and a career spanning four decades, Hirose stands as one of the most influential figures in the history of field and bio-inspired robotics.