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so you think ill be ok to take on some colorado trails with the spacers?OK, I just got done. No binding on the CV's at full droop!
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so you think ill be ok to take on some colorado trails with the spacers?OK, I just got done. No binding on the CV's at full droop!
You are good to go!so you think ill be ok to take on some colorado trails with the spacers?
It’s because you change the relationship of the piston in the shock it creates more droop which could overextend the cv. On the flip side if you get air your piston could hit the top of the shock and bend the shock. Both are extremes. Daily drive and light off-roading you will most likely be fine.I think your probably safe with a 2” lift but an inch or 1-1/2” lift would be a bit safer. Geometry will be the same regardless of how it gets raised.
It could be that the torn up CV joints are caused by not properly managing the CV joints during installation.
You wouldn’t see any major difference unless the suspension is allowed to full droop or fully compress to see if it bottoms out.I'm installing the RC 2" lift kit right now. I don't think the new geometry is going to be any different than a Sasquatch equipped Bronco. When I get the other front back together I will check the CV for binding at full droop and let you know. I'm done for the evening but I'll post back tomorrow sometime.
Agree it may wear the CV a little more over time if your constantly at full droop but as long as your not planning to catch air, should be fine.You are good to go!
Doing this won’t change the geometry to the CV’s?For $1000 or less you can buy Squatch takeoff coilovers for all 4 corners, easily do the work yourself, and have a lift that increases performance, looks great, and doesn't break the bank.
Can you post more photos from different angles with the stock steelies and tires lifted? Looks awesomeI'm installing the RC 2" lift kit right now. I don't think the new geometry is going to be any different than a Sasquatch equipped Bronco. When I get the other front back together I will check the CV for binding at full droop and let you know. I'm done for the evening but I'll post back tomorrow sometime.
Doing this won’t change the geometry to the CV’s?
Whereas spacer lifts do change the angles, correct?It does not adversely change them. You are just swapping one set of stock coilovers for another, so you are still at stock angles.
Agree. Coil-overs typically change the preload which changes the height, but the piston is in the same relationship as stock.It does not adversely change them. You are just swapping one set of stock coilovers for another, so you are still at stock angles.
Here you go...Can you post more photos from different angles with the stock steelies and tires lifted? Looks awesome
Spacers change the relationship of the mounting points which in effect changes the location of the piston in the shock which increases down travel (which could potentially put a little more bind on the cv over time) and it limits the amount of up travel could bottom out destroying the shock. But with that they are safe in light duty and daily driving. The 5100 ride height adjustable basically act like a coil over with more preload.Whereas spacer lifts do change the angles, correct?
Whereas spacer lifts do change the angles, correct?