Papers
3
Total Citations
24
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3
About
David Sigthorsson is a leading researcher in the dynamics and control of flapping-wing micro air vehicles (FWMAVs), with a focus on achieving insect-like maneuverability in robotic flight. His foundational work centers on the development of control strategies for the world’s first robotic insect capable of vertical takeoff, pioneered at the Harvard Microrobotics Lab. Sigthorsson’s major contributions include the design of triangular wave stroke patterns and cycle-averaging techniques for flight control, enabling precise modulation of lift and body torques. He has also advanced controllability analysis for FWMAVs equipped with both power and control actuators, addressing the critical challenge of generating independent torques for stable, agile flight. His 2010 paper on triangular wave strokes has garnered 17 citations, reflecting its influence in the field. By extending simulation-based designs to multi-degree-of-freedom control, Sigthorsson has helped pave the way for untethered, insect-inspired aerial robots capable of complex missions. His work remains essential reading for researchers seeking to bridge the gap between biological flight and engineered micro air vehicles.
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