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puts on the beads of a tire is not enough to break that seal (which a human can do with an 18" prybar and maybe 200 lbs of force MAX) but at the same time cause a cast metal drum to flex in a telescoping motion without cracking the base? (the spokes act as a base for the drum-shaped wheel when considering the forces applied to the wheel and what direction they are applied in). Not to mention all the flexing going on in the suspension bushings which would relieve force applied strictly to the wheel/tire assembly I'm sorry, there just is no way. Do the math, it is impossible. There HAS to be an engineering guy or student on this site tonite who agrees. I think you guys are overestimating the strength of a tire's bead, and the amount of grip a tire will provide (which is force applied opposite to the force you claim will flex the wheel). The tire's grip on the road will be overcome long before a metal wheel flexes, and the vast majority of the time before a tire loses it's grip on the wheel.


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