Distance competition
Measure how far each plane flies and chart which design wins. Let kids tune their plane twice before the final run.
Activity
Kids design paper airplanes, test them, tune them, and then fire them out of a rubber-band launcher.
A paper airplane they tested against three others and adjusted based on what actually flew.
Kids design paper airplanes, test them in short flights, then refine based on what actually happened. Each kid ends the session with a plane they tuned themselves and a sheet of notes on what worked.
Real-world connection
Real aircraft carriers use catapults to launch fighter jets off short runways. Airports have runways over a mile long, but carrier runways are tiny, which is why catapult systems are critical. The rubber-band launcher kids use is the same physics on a smaller scale.
Go deeper
Measure how far each plane flies and chart which design wins. Let kids tune their plane twice before the final run.
Swap in cardstock or tissue paper. Which flies farther? Which flies straighter? Why might a heavier plane behave differently in the air?
When we have run this
Thursday, February 5
CompletedSewell Mill Library and Cultural Center
Kids built rubber band-powered launchers and competed to see whose paper airplane flew the farthest. They explored potential and kinetic energy, aerodynamics, and the science of flight through hands-on engineering and iterative design.
Bring this to your space
Tell us your space, your age range, and rough timing. We will come to you. Materials are on us.
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