Masaru Moriya

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About

Masaru Moriya is a robotics researcher whose work focuses on the dynamic behavior and control of flexible robotic manipulators. His key research areas include the mechanics of low-rigidity robotic arms, passive joint systems, and energy-efficient actuation. Moriya’s major contribution lies in the analytical and experimental study of robot arms composed of both high- and low-rigidity links, connected by a passive joint equipped with a brake system. This design enables high-speed motion with reduced power consumption by intentionally harnessing elastic deformation rather than suppressing it. His most-cited paper, “Dynamic Characteristics of Robotic Manipulator with Low-Rigidity Arm” (1995), has garnered 2 citations, reflecting its niche but foundational role in the field of compliant robotics. While his citation count is modest, Moriya’s work is notable for its early exploration of how structural flexibility can be exploited for performance gains—a concept that has since become central to modern soft and lightweight robotics. His research offers valuable insights for engineers designing energy-efficient, high-speed robotic systems.