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About

Y. Mikuriya is a pioneering roboticist whose work has fundamentally advanced the field of bipedal locomotion, particularly in the development of human-carrying robots. His key research areas include biped walking mechanisms, hybrid locomotion systems, and payload-optimized robotic design. Mikuriya’s most impactful contribution is the realization of the WL-16 (Waseda Leg No. 16), a biped locomotor capable of dynamically walking while carrying a human passenger—a landmark achievement demonstrated in his 2004 paper (66 citations). He further innovated by creating a biped leg-wheeled robot that seamlessly transitions between walking on rough terrain and efficient wheeled motion on flat ground (63 citations), addressing a critical limitation of traditional bipedal systems. To enhance practicality, Mikuriya developed a support torque reduction mechanism using parallel Stewart platforms, enabling heavy payloads with low power consumption (20 citations). His work on foot systems that maintain four-point contact on uneven terrain (16 citations) and sliding motions using passive wheels (6 citations) showcases his dedication to real-world adaptability. With over 170 total citations, Mikuriya’s research remains foundational for engineers designing versatile, human-assistive walking robots.