Anybody know how the x-zylo toy works? yours truly, physics noob

AI Thread Summary
The x-zylo toy is designed to fly over 200 yards, utilizing a combination of gyroscopic effects and airfoil principles. Its gyroscopic stability helps maintain the toy's orientation during flight, while its airfoil shape creates a low-pressure area that contributes to its aerodynamic performance. The discussion highlights the complexity of the interaction between gyroscopic forces and air pressure, with some uncertainty about whether the low pressure primarily generates lift or forward motion. The mechanics of the x-zylo resemble those of a frisbee, but with a unique axis of rotation that affects its flight dynamics. Overall, the toy represents an interesting application of aerodynamics and gyroscopic technology.
robhlee
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Hey surely you guys have heard of the x-zylo toy?

Its a toy that has been known to fly 200+ yards.

If you don't know about about it, do a google search on it.

How does it work?
 
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also, are there any equations for the aerodynamic force and such?
 
Interesting technology. A sideways frisbee.
 
The only thing that comes to mind is that it is a combination airfoil and gyro. The gyroscopic effects help to maintain it's longitudinal axis in the orientation it was in when it was thrown. The airfoil shape, I would think, would have the camber facing towards the center of rotation to produce a low pressure area in the center of the toy. It is a pretty cool idea. That site's video is impressive.
 
Yes, in a nutshell, the gismo is an airfoil that is kept pointing in the right direction gyroscopically. Same principles as a frisbee, only the axis of rotation for gyroscopy is parallel to the angle of attack rather than perpendicular.
 
well, i knew about the gyro, but does the lowered air pressure pull the x-zylo forward or lift it? or both?

I have read somewhere that there is a special synergistic system going on between the gyro and air pressure that is still without general consensus.
 
The reason why i ask about whether its pulled or lifted is that in my aerodynamically novice head, the simple one-wing bernoulli diagram of lift is being applied at all parts of the cylinder, so the net force would be zero. So is the low pressure pulling it forward? please clarify.
 

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