Taro Fujikawa
Papers
9
Total Citations
81
H-Index
5
About
Taro Fujikawa is a robotics researcher whose career has been defined by a singular and ambitious pursuit: replicating the elegant flight mechanics of the butterfly in small-scale robotic systems. His work sits at the intersection of bio-inspired robotics, aerodynamics, and mechanical design, with a particular focus on micro aerial vehicles (MAVs) that mimic nature's most nuanced fliers. Fujikawa's foundational contributions began with the development of small flapping robots designed for observation in hazardous environments, establishing core design parameters that would guide his research for over a decade. His most cited work (2008, 32 citations) laid the groundwork for butterfly-style flight systems characterized by low flapping frequencies (~10 Hz) and minimal degrees of freedom — engineering advantages that distinguish his approach from more complex insect-inspired designs. Subsequent studies explored wing geometry, center of mass optimization, and innovative lead-lag mechanisms using flexible links to achieve natural, stable flight. In later work, Fujikawa integrated computational fluid dynamics (CFD) with 3D-CAD models and experimental flight data to deepen understanding of attitude control and turning motion. His cumulative body of research, totaling over 80 citations, offers valuable insights for engineers and students advancing the frontier of bio-inspired aerial robotics.
Research Focus
Key Achievements
Top Papers
- 1Development of a small flapping robot32 citations · 2008
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