Nao Tsurumi

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About

Nao Tsurumi is a robotics researcher whose work focuses on the dynamic stabilization and control of two-wheeled vehicles, particularly robotic motorcycles. Their key research area addresses the fundamental challenge of preventing falls during low-speed driving and parking—a notoriously difficult problem in vehicle dynamics. Tsurumi’s major contribution lies in developing robust control strategies that leverage a novel rotary axis capable of shifting the vehicle’s total center of gravity in real time. This innovation allows the robotic motorcycle to maintain balance even at near-zero speeds, where traditional gyroscopic or steering-based methods fail. While their most-cited paper, "Robust Control Strategy for Robotic Motorcycle Without Falling Down at Low-Speed Driving" (2022), has garnered 3 citations, it represents foundational work in a niche but critical area of autonomous vehicle design. Tsurumi’s research bridges control theory, mechanical design, and practical robotics, offering a pathway toward safer, self-balancing two-wheeled transport. Their preliminary findings have already sparked interest in adaptive control systems, and ongoing work promises to refine these algorithms for real-world deployment. For students and researchers, Tsurumi’s work exemplifies how creative mechanical solutions can solve long-standing stability problems in robotics.