How Insects Fly: Unlocking Secrets for Stable Flapping-Wing Robots | Cornell Research Explained (2026)
In the realm of flight, the tiny wings of insects carry big questions about stability, engineering, and evolution. A new study from Cornell rethinks how we understand flapping-wing flight by centering on the body-wing relationship rather than chasing a single species as the blueprint. What emerges is not just a better model of insect aerodynamics; it’s a provocative blueprint for the next generation of flapping-wing robots—one that leans on passive stability rather than constant, heavy-handed control.
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