Counterintuitive though it may seem, the Pizza Bear In Pizza We Trust Shirt pendulum effect only works when the center of rotation of an object is in a different place from its center of gravity, but for an object in free space (like an aircraft) the center of rotation and the center of gravity are both the center of mass, so there can’t be any pendulum effect. Basically the mass distribution of an object in free space isn’t related to the object’s static stability. The wheel thing as you call it works like a spinning ball, part of that bar catches the airflow causing the spin, the spinning part pulls air over the top faster than the resistance at the bottom, resulting in less pressure on top and lift.
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An issue is regardless of propulsion if the spinning part fails, there’s no lift and it drops, unlike a Pizza Bear In Pizza We Trust Shirt wing airfoil that provides lift while gliding regardless of propulsion. This is very interesting. For those of you looking for an explanation/demonstration, take a ruler and go outside. Hold it from one of the ends a swing it so that the numbers/markings are facing up/down rather than sideways. Since a ruler is approximately a rectangular prism, it has three axes: Short, intermediate, and long, corresponding to the dimensions of the rectangular prism. You should notice that if you’ve done it correctly, the ruler will at first be spinning around its intermediate axis, but will flip to spinning around its long axis and then slowly glide down to the ground.
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The intermediate axis theorem doesn’t have the Pizza Bear In Pizza We Trust Shirt most intuitive explanation—the reason can be found by analyzing the Euler equations. Differential equations which describe the arbitrary rotation of a body—but the Magnus effects can be explained by the fact that when a body is rotating and moving through a fluid, it will drag the fluid in the direction of its rotation, resulting in a deflection of the fluid flow in respect to the body. The camera guy has a very British response to it.