A sheet of paper.
A little lift.
A lot to learn.
Make paper airplanes that teach you something. Follow the folds, troubleshoot the flight, and test your next idea—with real paper and a 3D folding app.
From first fold to better flights
Practical guides you can take to the kitchen table. Start with the basics, then investigate what changes a flight.
- Start folding
How to fold a classic paper airplane
A complete classic dart tutorial: ten steps, a symmetry check, and a repeatable first throw.
- Flight workshop
Why your paper airplane dives, stalls, or turns
Read the flight path, check the folds, and change one small thing at a time.
- Before you fold
Choosing paper for a paper airplane
Understand paper size, stiffness, grain, and weight before comparing your flights.
- Choose a design
Dart or glider: which paper airplane should you make?
Choose a plane around your goal, your space, and the way you want to throw it.
- Try an experiment
How to run a fair paper airplane flight test
A practical test plan with alternating throws, a recording table, and a worked scoring example.
- Understand flight
How a paper airplane flies without an engine
A plain-language explanation of lift, drag, weight, balance, and why a harder throw does not solve everything.
See the fold. Then make it.
The interactive app shows the moving paper, crease lines, and each step in 3D. Choose a plane, rotate it, and replay a fold. Then explore trims and flight paths in the simulator.
Use the app to understand a motion, and the guides to plan your real flight. A simulation can help explain a pattern; real folds, wrinkles, and throws still matter.
Small experiments, honest observations
You do not need a record-breaking throw to learn about flight. Compare two paper types, make one tiny trim adjustment, or choose distance instead of hang time as your score. Our guides explain the procedure and what a result can—and cannot—tell you.