Do you need some tips on making your catapult-glider soar in the 2015 Science Olympiad? We're here to show you how with wing and fuselage modifications!

Do you need some tips on making your Wright Stuff Free-Flight Model soar in the 2015 Science Olympiad High School Challenge? We're here to show you how with our assembly, weighing and motor tips and tricks.

Tom Sanders demonstrates how to modify a stock balsa glider, including adding a launch lug and setting the wing's dihedral.

Dave Gee demonstrates how to modify a stock rubber powered model, including stretch winding the motor for better flight performance and holding a pylon race.

Tom Sanders demonstrates how to modify a stock balsa glider, including adding a launch lug and setting the wing's dihedral. We are excited to be able to share this new project video with you. Additional instructional information is coming soon!

Tom Sanders demonstrates how to build one of his own designs of a basic launch glider. This is the basic version of the glider used in the 2015 Science Olympiad Middle School Challenge.

Originally featured in the March 2015 issue of Model Aviation magazine, Laddie Mikulasko details how to build the Curtiss CW-24B. This is a scale of one of the U.S. Army's one-of-a-kind fighter aircraft.

Do you need some tips on making your Wright Stuff Free-Flight Model soar in the 2015 Science Olympiad High School Challenge? We're here to show you how with our assembly, weighing and motor tips and tricks.

Do you need some tips on making your catapult-glider soar in the 2015 Science Olympiad? We're here to show you how with wing and fuselage modifications!

DOWNLOAD our instructions to build your own wind tube! Wind tubes are a fun tool to help participants explore the movement of air, providing an opportunity to improve flight performance on a small scale.

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