Aerodynamic Papercraft: Folded Wing Designs

Principles of Folded Paper Flight

Examination of aerodynamic forces (lift, drag, thrust, weight) as they apply to folded paper projectiles. Discussion of how design elements affect stability, range, and flight duration.

Paper Selection for Aerodynamic Properties

Analysis of how paper weight, texture, and fiber direction influence flight characteristics. Consideration of different paper types (e.g., printer paper, cardstock) and their suitability for various designs.

Advanced Folding Techniques

Description of specialized folding methods used to enhance flight performance. Includes consideration of crease sharpness, symmetry, and reinforcement techniques.

Complex Wing Geometry and Control Surfaces

Explanation of design elements such as wing planform (e.g., delta, swept), dihedral, anhedral, and control surfaces (e.g., flaps, ailerons) and how they can be implemented in folded paper creations.

Weight Distribution and Balance

Discussion of the importance of center of gravity (CG) and its impact on flight stability. Techniques for adjusting weight distribution through strategic folding and paper placement.

Trajectory Optimization and Launch Techniques

Considerations for achieving optimal flight paths, including launch angle, speed, and spin. Analysis of external factors such as wind conditions.