This project involves constructing various paper airplane designs and testing them for distance. Students will learn about aerodynamics, design principles, and the factors affecting flight. This hands-on experiment is both educational and enjoyable.
The glider design will fly farther than the dart design due to its larger wingspan.
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Choose 3 different paper airplane designs.
Make 3 airplanes of each design.
Find an open space for testing.
Mark a starting point for throwing.
Throw each airplane 3 times, recording the distance.
Ensure to throw from the same height and angle.
Calculate the average distance for each design.
Record your data in the notebook.
Analyze which design flew the farthest.
Prepare a report with your findings.
Create visuals to present your results.
Practice your presentation with peers.
The glider design is expected to fly the farthest due to its aerodynamic shape.
Design of the paper airplane
Distance flown
Throwing technique, Wind conditions, Type of paper
Be cautious while throwing airplanes in open spaces to avoid hitting others.
Include charts of results.
Demonstrate throwing techniques.
Discuss the science behind aerodynamics.
Engage the audience with a Q&A.
Use visuals of different designs.
Standard printer paper works best for consistency.
No, keep the designs consistent for accurate results.
Use a measuring tape to measure from the starting point to where the plane lands.
