This project explores the design and fabrication of a lightweight, structurally efficient kite informed by geometric reasoning. The form was developed through an iterative process that examined how linear elements—when arranged through controlled curvature and rotation—produce a stable airborne structure. The frame uses a sequence of angled and curved members inspired by helix-like spatial organization, allowing the kite to balance tension, lift, and flexibility. Multiple connection strategies, including hot glue, staples, and reinforced joints, were tested to evaluate their effects on weight, stability, and ease of assembly. Through this process, the project investigates how simple materials and precise geometric logic can be combined to create a responsive, high-performing flying object.