VanoFord
New member
Plain and simple. will they fit alright on my truck? someone just did a lift and has coils for $50, and I have to wait on my Icon for a few months but need coils now. Thanks!
Bad shocks would be what would make it bounce too much after bumps because it wouldn't be slowing the coil down.
And, what do you mean by drum rolls? Do you mean how it feels like your tires aren't being constantly held to the ground over a section of a lot of relatively shallow potholes/bumps?
And are you sure you're not expecting your 1-ton truck to ride and handle like your 1/2 ton did?
agreed it's chitty shocks
As for it being bad shocks, I just installed NEW 5100's about 2 months ago. Could they already be bad? Did I get 2 bad shocks from Bilstein Factory?
What model did you get? You could have some that are valved wrong for the truck.
it's kind of a pain due to lifting he chassis only
but on a stock height it just requires the shocks unbolted and the sway bar
maybe unclip the ABS line takes about an hour to do mine on a 8 inch lift ,,
wonder if you have a snowplow prep ?
I don't like Bilsteins but they should dampen the truck and not let it bounce
now if I can convince the wife to do it early:doh:
Easier to ask for forgiveness than for permission... LOL
ok, so I just called 4wheel parts and I have the right shocks on my truck... for the 2.5" lift I am going to be getting. So the problem is that my shock is setup for a level, and the valve is actually sitting lower than it should be, therefore causing the shock to not handle the low bumps at high rate. he said more than likely I will cause no damage to the shock, and should go away when my lift is installed... now if I can convince the wife to do it early:doh:
thanks for everyone helping me brainstorm. sorry for asking noob questions but i'm just tryin to learn this truck better. thanks again for the patience.
Don't take this the wrong way, but the answer they gave you just shows how big of idiots the people are that work there.
For one the valve would not be sitting lower, it would be sitting higher in the body, because the shock is compressed more. It would be sitting lower if the shock was extended.
Second, for all practical purposes in this application, it does not matter where the valve is sitting, it still has to flow fluid though it. Now if the shock is bottoming out, then yes it will make a big difference in the way it rides, which may be happening. This will cause damage to the shock, and will be unwarrantable since it is being used in the wrong application.
So by them telling you that the shock will work properly after you lift it will be true only if the shock is bottoming out. Otherwise it will still have the same dampening characteristics as it does now.