- #1
mingmongmang
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My understanding of 'camber thrust' is that when a wheel rolls with it's axle not parallel to the ground, it will act as a rolling cone and try to follow an arc around the point at which it's rotation axis intersects the ground.
I've seen this effect on flat ground for instance being able to roll a child's hoop in a circle, but how about on sloping ground? If I roll a wheel 'across' a slope (on a path perpendicular to the downhill direction) should camber thrust make the wheel climb the slope?
I've seen this effect on flat ground for instance being able to roll a child's hoop in a circle, but how about on sloping ground? If I roll a wheel 'across' a slope (on a path perpendicular to the downhill direction) should camber thrust make the wheel climb the slope?