Quote:
Originally Posted by LBrammer
In my opinion having the tires closer to outside of the body reduces the amount of body overhanging the tires, so when for example i travel on a 45 degree angle over a gas station curb entering the roadway causing sway there is less sway.
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The body is connected to the axle at the leaf springs. The body overhang starts there. That is the point of movement in a sway. The center of weight is high above that point.
The tires sit solidly on the road surface. Go out and push on your MH and watch how it sways. If the tires are adding a marked amount of sway, they may be underinflated.
The only time a wider track would stop sway is if it has leaned so much that the spring compressed until the body hits the axle ( bottoms out ). That would be in an extreme case and cause the opposite side tires to lift from the pavement.
When the body leans, one spring compresses and the opposite one relaxes. A sway bar ties both sides together, limiting that independent movement. The new sway bar, being thicker/stronger, fights that action more then the stock one and lessens the sway.
There was a comment about Ford chassis swaying less due to a wider track. There are thousands of posts about efforts to control sway on Class A and C MHs. The answer is better sway bars.
I added a thicker/stronger sway bar to my Class C MH, it made a significant, positive difference in sway control.