A suspension system that can go over a speed bump without raising the body won't be stiff enough to keep the wheels on the road.
Part of the result is going to be highly speed dependent.
A suspension system that can go over a speed bump without raising the body won't be stiff enough to keep the wheels on the road.
I remember hitting a speed bump at 25mph once. Cost me a transmission in my El Camino.
HEY, leave the El Caminos out of this!!!!
I hit a speed bump tonight at 15 mph I think that’s the right speed, I don’t really want to hit it any harder lol. Need to dial the compression down on the rears. I could tell the rear is stiffer than front. But I think I might want rear stiffer than front so there isn’t a bunch of weight shift from the from the front impact onto the rear.
Interesting idea. Don’t forget to also control for differences in weight.
The speed bumps themselves vary in height and angle as they are designed specific to the speed desired by the property owner.
Put DSCs up front to make both ends work together and you can hit it harder.
I vote TTB
I've read, but not confirmed myself, that TTBs are the best choice for high speed desert driving (whoops, etc). However, the design would be a tradeoff vs solid axles for crawling, correct? TTBs have less, lopsided articulation, tricky to set camber over about 2" of lift, and less ground clearance.
How about this...
-Mac
How about this...
-Mac
Damn, throwback to my Full Size Bronco.
It's kind of halfway to IFS. Although $$$$ I'm sure high-end IFS setups have gotten better than TTB in the rocks, and they are definitely superior in the go fast.
Its some dollars to do it right, but its fun watching the $500 TTB Fords run through the wringer at Silver Lake. I am slowly working on a design for a TTB in a TJ/LJ. Its purely CAD drawings now, but the models get more and more serious eventually it will happen and its feasible. There are a few TTB Jeeps out there.
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Sweet!
Curious, is there a specific driving factor to going TTB over IFS?
