teotwaki
Senior Member
I don't think that they get firmer after a while as neither the springs nor the spacers change in any way. It may be that after the excitement of the new look of the lift wears off the driver starts to notice the negative effects of the spacers.
If you think about the stock setup the shock's stroke length and valving rate will be matched to the spring's length and compression rate. When you introduce a spacer you change that relationship such that the shock is getting into firmer dampening before the spring reaches a matching point of compression. The shock will be in the maximum resistance range well before the spring reaches it matching maximum compression point.
I don't think that moving the shock is the right approach unless you are ready to alter the entire suspension design and then you have gone beyond a cheap and simple spacer lift.
If you think about the stock setup the shock's stroke length and valving rate will be matched to the spring's length and compression rate. When you introduce a spacer you change that relationship such that the shock is getting into firmer dampening before the spring reaches a matching point of compression. The shock will be in the maximum resistance range well before the spring reaches it matching maximum compression point.
I don't think that moving the shock is the right approach unless you are ready to alter the entire suspension design and then you have gone beyond a cheap and simple spacer lift.
00328 said:Why is it that spacer lifts tend to get firmer after awhile? Is it because the rear shocks are extended farther than they should be?
If this is the case, why don't the spacer manufacturers recognize this and come out with a shock mount that corrects this and positions the shock back within it's normal range of operation?
Can't be that hard for them to come up with this fix.