Hold the Hoopster in the middle of the straw, with the little hoop in front. Be sure to

It may take a little practice, but once you get the hang of it, your Hoopster will really fly! Next tape the big hoop to the other end of the straw. Does the placement of the hoops on the straw affect its flight distance? But, have you seen anything flying with curly or round wings. Let us know how far you were able to get the hoop glider to fly. Hoop Gliders : Just like any type of flying device, the hoop glider has the four forces of flight acting upon it. The big hoop creates “drag” (or air resistance) which helps keep the straw level while the smaller hoop in at the front keeps your super hooper from turning off course. Compared to landing in a powered airplane, there are a few key differences when flying a glider. Two hoops in this glider are used to keep the straw balanced in the air while flying. An aerodynamic shape reduces drag. This is a pretty simple activity that you have to try just to see how well it really works from HooplaKidzLab The glider should gracefully glide through the air. How it Works. This is a new twist on a paper airplane using paper and a straw. Some have asked why the plane does not turn over since the hoops are heavier than the straw. This is one of the 48 projects for our Instructables: Made In Your Mind (IMIYM) exhibition at the Children’s Museum of Houston showing from May 26, 2012 - November 4, 2012. However there is air present. Loop-the-Loop with a Flying Hoopster. To use your hoop glider, hold the middle of the straw, angled so the small hoop is in the front.

To overcome their lack of power, gliders have some source of outside power to get them going, such as a tow plane or their own altitude, like jumping off a cliff with a hang-glider. It might take some practice to get the hang of it.

Put another strip of tape at the other end of the straw.

This part can be a little tricky. Throw it gently like a spear. Make sure the big hoop lines up with the small hoop. Hoop gliders are pretty cool cause they look like they shouldn’t really be able to fly as well as they do. The difference between a plane and a glider is that planes are powered and gliders are not.

A regular plastic drinking straw 3 X 5 inch index card or stiff paper Tape Scissors 1.

Cut the index card or stiff paper into 3 separate pieces that measure 1 inch (2.5 cm) by 5 inches (13 cm.)

Hoop Glider: A twist on the paper plane that uses rings for wings!

A hoop glider, or ring glider, demonstrates the four forces of flight: thrust, lift, drag, and weight.

Press the small hoop very gently onto the tape. Hoop Glider You have probably seen planes; all with flat wings.

Tape the big hoop on the other end of the straw. Incredible Hoop Glider!

The Incredible Hoop Glider! 2. Hold your Hoop Glider in the middle of the straw, with the small hoop in front. ... with the small "hoop" in the front. MAKE IT AN EXPERIMENT. Small size hoop keeps the glider from turning, and big hoop … To make it a true experiment, you can try to answer these questions: 1. The two hoops should be evenly lined up. First, gliders cannot add power if they won't make the touchdown zone. The big hoop creates “drag” (air resistance), keeping the straw level, while the smaller hoop in front keeps the glider flying straight. Gravity (AKA: weight) is working to pull the glider down.

Much like a paper airplane, the hoop glider uses curved surfaces on top of the glider to generate lift. Attach the small hoop to the end of the straw with tape.

This is a fun activity that helps you learn about airplanes, thrust, lift …

Gravity pulls the glider toward the ground, and the arm throw provides thrust!

Take 2 of the pieces of paper and tape them together into a hoop as shown. How far does your glider fly? The definition of a plane is a flying aircraft that has fixed wings and an engine.

Throw the glider like a javelin.

Can a curled wing plane fly in the air? After 3 rounds of competition, the team of Michael and Julian S. won with the farthest flying glider Throw it like a spear.

... For something to glide through the air there must be a balance between the gravity that pulls the glider … The two differently sized hoops keep the straw balanced in flight.