Paper Airplane Science
Short, practical explanations you can test with real folds — not keyword filler articles.
6 min read
How Do Paper Airplanes Fly?
Paper airplanes fly because moving air creates lift on the wings while thrust from your throw fights drag and gravity. Understanding those four ideas makes trimming much easier.
5 min read
What Is Lift?
Lift is the upward aerodynamic force produced as air moves over and under a wing. For paper planes, wing area, angle of attack, and airspeed decide how much lift you get.
5 min read
How Does Gravity Affect Paper Airplanes?
Gravity pulls on every part of the plane. Where the mass sits (especially near the nose) changes whether the plane dives, stalls, or glides smoothly.
6 min read
How to Balance a Paper Airplane
Balance means matching nose weight, wing size, and trailing-edge trim so the plane holds a useful path after release.
5 min read
How Wing Shape Changes Flight
Narrow dart wings favor speed and penetration. Wide glider wings favor lift at low speed. Hybrid shapes sit in between.
5 min read
Why Do Paper Airplanes Turn?
Most unwanted turns are manufacturing issues: one wing larger, one elevator higher, or a warped fuselage. Intentional turns are how stunt planes work.