Align
Match each edge to the center crease without crossing it.
Learn origami airplane designs through cinematic step cards, precision fold checkpoints, launch-angle tuning, and aerodynamic performance feedback.
Live Fold Preview
Range
31 m
Stability
High
Time Aloft
6.4 s
Pro tip: precise symmetry beats force. A paper airplane with aligned wings and a gentle 8° nose-up launch usually outflies a hard throw.
Folding Workbench
Step 04 of 10
Match each edge to the center crease without crossing it.
Use a fingernail or ruler for a crisp crease from nose to tail.
Confirm both sides are symmetrical before moving forward.
Paper Airplane Designs
Fast, narrow, beginner-friendly, and ideal for straight hallway launches.
Slow, graceful, stable, and perfect for long time-aloft experiments.
Curved fins and balanced folds create loops, turns, and indoor tricks.
Flight Science
Every paper plane is a miniature aircraft. Center of gravity, lift, drag, wing dihedral, and elevator trim all change how your origami airplane flies.
Wider wings increase air support and improve glide time.
Clean folds reduce turbulence and help long-range paper airplanes fly straighter.
A slightly nose-heavy plane recovers better and resists stalling.
Small wingtip adjustments can correct dives, climbs, and side turns.
Weekly Challenge
Fold a Classic Dart, record your launch angle, paper weight, and flight distance, then compare your result with the lab forecast.
Target
30 m
Paper
80 gsm
Angle
8°
Preview the guided folding experience and flight simulation workflow.
The demo player area is ready for interactive animation from js/app.js.
Learn how fold precision changes lift, drag, stability, and trajectory.
Move weight forward for straight fast flight; move it back for slower glides.
Bend rear wing edges up slightly to prevent dives and extend hang time.