Yutaka Tanaka

Papers

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About

Yutaka Tanaka is a robotics researcher whose work centers on the development of advanced actuation and braking systems for small-scale autonomous mobile robots, with a particular focus on micromouse competition platforms. His most notable contribution is the invention of a hydro-disk-type electrorheological (ER) brake, a novel mechanism that leverages smart fluids to achieve rapid, controllable deceleration in compact robotic systems. This innovation directly addresses the critical performance bottleneck in high-speed micromouse navigation, where conventional motor current control proves insufficient for the sharp, steep-angle turns required in modern competitions. By enabling precise and responsive braking without adding significant mechanical complexity, Tanaka’s work has opened new pathways for improving agility and speed in autonomous robotics. His 2021 paper on this topic has garnered 7 citations, reflecting its relevance to researchers in robotics and smart materials. Tanaka’s engineering approach—merging fluid dynamics, materials science, and control theory—demonstrates a practical, application-driven mindset, making his contributions particularly valuable for students and engineers seeking to push the limits of small robot performance.