Hayato Minote

Papers

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About

Hayato Minote is a pioneering roboticist whose work focuses on extreme-terrain locomotion and bio-inspired climbing mechanisms. His research centers on developing multi-limbed robots capable of navigating vertical and uneven surfaces where traditional wheeled or tracked systems fail. Minote’s major contributions include the design of the passive spine gripper, a novel end-effector that can securely grasp rough rocky surfaces on cliff walls, enabling free-climbing robots to operate in challenging environments. His most-cited paper, "Passive Spine Gripper for Free-Climbing Robot in Extreme Terrain" (2018), has garnered 69 citations and introduces a four-limbed robot with four degrees of freedom per limb, optimized for stability and grip on irregular terrain. In related work, "Gait Planning for a Free-Climbing Robot Based on Tumble Stability" (2019, 16 citations), Minote addresses the critical challenge of maintaining balance during ascent, proposing gait algorithms that enhance reliability on steep slopes. His achievements advance the field of field robotics, with potential applications in planetary exploration, disaster response, and infrastructure inspection. Minote’s innovative integration of passive gripping and stability-aware planning marks a significant step toward autonomous robots that can conquer Earth’s most inaccessible landscapes.