![]() How far did the Frisbee travel each time when thrown at an upward angle? How far did it travel away from the center line, and in what direction? Other than changing the launch angle, try to keep all other aspects of the flights the same. (You can imagine that if your arm were the hour hand of a clock, the previous throw would have been directed toward three o'clock and this throw should aim between one o'clock and two o'clock). Throw the Frisbee tilted up a little, at a roughly 45-degree angle above the previous, flat throw.How far did the Frisbee travel each time? How far did it travel away from the center line, and in what direction? Each time throw the Frisbee with similar arm motion and speed, use a similar spin, and have the same release point. Throw the Frisbee as flat and horizontal as you can at least four more times. ![]() ![]() How far did it travel? How far did it veer from the center line, and in what direction (left or right)? If you have a piece of paper and a pencil or pen, you can record this data and all following flight information. You can have a helper watch to confirm the angle at which you throw the Frisbee. Throw the Frisbee as flat and horizontal as you can, aiming it down the center line you made.If there is wind during any of your Frisbee throws, note the wind speed and direction.Tip: A good way to throw a Frisbee is by standing sideways with the Frisbee held in front of you (near your non-tossing shoulder), then bringing the disk horizontally across you before you release it. If you have not thrown a Frisbee much before, you may want to try practicing it for a little while. Practice throwing the Frisbee down the straight line a few times so you get used to tossing it.You will be throwing the Frisbee so that it is directed down this center line. Use the long string or hose to make a long, straight line in front of you, at least 7.5 meters long.A piece of paper and a pen or pencil (optional) Preparation.Large open area in which to toss a Frisbee.Spinning the Frisbee helps it fly by supplying angular momentum, which helps keep the Frisbee stable the faster it spins, the more stable it should be. The angle at which the Frisbee is thrown, which we'll call the "launch angle" (aka the angle of attack), affects both lift and drag.Īs a side note, you've probably noticed that a Frisbee doesn't travel far if it's thrown without spin. Drag is a resistant force on the Frisbee, perpendicular to the lift, and it acts against the disk's movement through the air. This pressure difference provides the lift. Because of the Frisbee's curved shape, the airflow above it must travel at a higher velocity than that underneath, thereby creating low pressure above and high pressure below the disk. The Frisbee itself creates this lift force as it flies through the air. Lift is the force that allows the Frisbee to stay airborne, and in flight it opposes the force of gravity on the disk's mass. Two key forces that act on a Frisbee during flight are lift and drag. Next time you're out tossing a Frisbee, this little lesson in aerodynamics may help make your throws even more accurate! Background To view a larger image simply click on the picture.Are you good at tossing a Frisbee? Have you ever wondered how a Frisbee is able to fly through the air so well? If you can throw a perfect, arcing curve right on target, you've already trained your arm to aid in the aerodynamics of Frisbee flight! In this activity, you'll investigate how the angle at which you throw the Frisbee affects its flight direction and distance. It's puncture, tear resistant and even floats. There is even a special frisbee just for your dog - the Dogobie, made from flexible material gentle for dogs' mouths & teeth. Aerobie Flying Toys, Footballs, Discs and Yoyos Aerobie Toys, Footballs, Frisbees,Īerobie have created a superb range of frisbees, flying discs and novelty toys that will give hours of fun at an affordable price.
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