Pre-K-8th Grade

Discover a special Thanksgiving turkey-shaped paper aircraft design that is not only intricate but also flies exceptionally well, making it a fun and unique addition to your holiday celebrations.

Learn how to make a paper batplane using a standard piece of paper and simple folding instructions, perfect for flying in the moonlight.

Introducing the Paper Plane Launcher: a simple and affordable device that ensures consistent launches for testing and re-engineering paper airplanes, making it perfect for science fair projects. Adult supervision is recommended for younger students.

Hovercrafts use pressurized air to reduce friction and perform incredible maneuvers. You can build a model at home and learn about energy, lift, drag, friction, thrust, and gravity.

Gravity and drag pose challenges for flying machines, but slowing them down can be achieved by building and testing parachutes.

Slope soaring is a type of flight where wind hitting a cliff provides extra lift for a glider, making it a challenge to keep it in the air for as long as possible.

Parachutes are a great way to slow down flying machines and overcome the problems of gravity and drag in their operation.

Learn how to build your own kite using common household items, creating a fun and personalized flying experience while also gaining knowledge about the four forces of flight. Just remember to fly your kite safely and away from any obstacles or power lines.

Careful observation and data collection are crucial in science experiments, even when it involves analyzing the speed and energy of a homemade rocket ship, making it an exciting task.

Did you know the U.S. launched a mouse into space in 1950 aboard a V-2 rocket? You can use your own burst of energy to send a paper mouse flying through the air with this fun rocket craft. A few easy-to-find supplies from home are all you’ll need!