🦅 I Recreated Evolution’s Wing Design to Build an Ultra-Efficient UAV Flying Wing
Neuronautics
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Welcome to Neuronautics, where code meets sky. This channel is dedicated to the design, simulation, and construction of next-generation aircraft—using AI, 3D printing, and advanced aerodynamics. From neural networks optimizing wing geometry to flight controllers fine-tuned with precision, every project is built from the ground up and flown for real. Whether you're into FPV wings, autonomous flight, or aviation in general, you're in the right place. Subscribe and join the mission to engineer the future—one wing at a time. Contact: [email protected]
Video Description
Try Onshape Free – Engineers Get Up to 6 Months Pro: https://onshape.pro/Neuronautics What if we took a wing shape that evolution has refined for millions of years… and turned it into an ultra-efficient UAV? 🦅 In this video I build a 3D-printed flying wing using a gull-shaped planform inspired by birds, then put it through CFD and flight tests to see if the theory actually works. We dive into lateral–directional stability, comparing a planar wing vs. the gull wing, and see how the new design delivers ~80% more yaw stability and ~75% more roll stability without sacrificing efficiency. In the end, this project shows why the gull wing is such a powerful, convergent design solution in nature—and it sets the stage for the next step: using AI to simulate evolution and search for even more stable and efficient wing planforms. #UAV #FlyingWing #RCPlane #Aerodynamics #CFD #Onshape #FPV
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