Determine if using a catapult can help an airplane fly farther and make the flight more accurate.
[E]
Make a simple sled kite to use in a series of experiments to test different variables important for flight.
[E]
Test if using biomimicry can improve the design of a very simple aircraft, the whirlybird.
[E]
Investigate the history and physical properties of the Spruce Goose
[E][P]
Physics of airplanes including a brief history of flight.
[E][E][P]
Which plane from four designs flies the best
[P][E]
Experiment how far paper airplanes go depending on shape, size and weight.
[P][E]
How gear combinations affect the revolutions of the rotor blade of a helicopter
[P]
How to Make an Aircraft Invisible (Stealth) to Radar
[E]
Helicopter Liftoff: How Does the Speed of the Rotor Affect the Amount of Lift?
[E]
Compare the noise level generated by commercial airplanes during take-off and landing.
[E]
Determine which of the six horizontal stabilizers (triangular, rectangle, trapezoid, curved, M-shaped and V-shaped) will be most effective?
[E]
Measure the change in flight characteristics of gliders resulting from changes in glider design.
[E]
Build your own wind tunnel and demonstrate Bernoulli’s Principle
[E][E][E]
Investigate G-suits history and technology
[E]
Determine if adding weight and moving it along the fuselage will change an airplane's flight distance and stall height.
[E][E]
What Is the Best Nozzle Angle for My Airplane?
[E]
Determine the effects of aft weight and nose weight (center of gravity) on paper airplanes.
[E]
Test The Importance of Angle of Attack to Flight
[E][E]Propeller, Rotor and Blade Science Fair Projects and Experiments Kite, Glider And Hot Air Balloon Science Fair Projects and Experiments Wing and Winglet Science Fair Projects and Experiments Aviation & Aerodynamics Science Fair Projects and Experiments