Hajime Endo
Papers
1
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1
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About
Hajime Endo is a researcher in bio-inspired micro aerial vehicle (MAV) design, with a focus on unsteady aerodynamics and flapping-wing flight control. His most cited work, "Experimental and Numerical Analysis of Turn Flight Dynamics Driven by a Butterfly-Inspired Lead-Lag Actuation for MAV" (2025), introduces a novel mechanism that replicates the lead-lag motion of butterfly wings to enable turning maneuvers in small-scale aircraft. By combining flight experiments with numerical simulations of a glider equipped with this mechanism, Endo demonstrates how butterflies achieve agile turns through asymmetric wing kinematics—a principle rarely applied in MAV design. This contribution addresses a critical gap in maneuverability for lightweight drones, offering a biologically plausible solution for tight-radius turns without complex control surfaces. While his citation count is still growing, the work’s originality has already attracted interest from the micro-robotics and entomology communities. Endo’s research bridges experimental fluid dynamics and mechanical design, providing a foundation for future MAVs that can navigate cluttered environments with insect-like agility. His findings also offer insights into the evolutionary biomechanics of butterfly flight, making his work relevant to both engineers and biologists.
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Top Papers
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