This project presents a bio-mimetic wing system designed for human-scale flight, modeled with 1mm precision in Onshape. Unlike rigid traditional wings, this design utilizes a series of "human feathers" that mimic the skeletal structure and plumage of large birds of prey.​

Key Technical Features:

• ​Parametric Design: Utilizing Onshape’s variable studios, the wing's aspect ratio and feather pitch are fully adjustable, allowing for optimized lift-to-drag ratios during different flight phases.​

• Advanced FEA Simulation: The design has undergone von Mises stress analysis to ensure structural integrity under F_y (vertical lift) loads. The "Wing Bones" are engineered to distribute stress across a central spine, preventing material fatigue.

• Design for Manufacturing: Leveraging experience in CNC operation, the components are designed to be machined from lightweight aerospace composites or high-strength alloys using 5-axis CNC toolpaths.

​Potential Impact:

This system offers a blueprint for the next generation of personal aviation and agile UAVs. By mimicking the "fanning" mechanics of natural feathers, the wing provides superior maneuverability and stall resistance compared to fixed-wing designs.