Budget boost VS standard lift
I'm starting to look for a lift for my JK, maybe 2 or 3 inches. Could someone tell me, what are the performance advantages of a standard lift vs. a budget boost lift of the same height? Is it worth the extra couple of hundred dollars?
A BB gives you the stated height, it's just a puck placed on top of the coils. Most coil lifts are taller than the stated height, sometimes considerably taller. (TF coils are known to be very tall...)
If you add a lot of weight to a BB lift, you'll notice that your stock coils compress, which may lead to bottoming out the coils over bumps. New coils are the better option in this case.
As you go higher, you will want more components to bring you back to a 'stock' ride. If budget is a concern, a BB may be the better option, as they are generally lower and you can get away with less components.
If off-road performance is your main concern, the coils will flex better. (Lots of people bash their BB's plenty hard, and they hold up fine, that comment is strictly regarding flex)
If you add a lot of weight to a BB lift, you'll notice that your stock coils compress, which may lead to bottoming out the coils over bumps. New coils are the better option in this case.
As you go higher, you will want more components to bring you back to a 'stock' ride. If budget is a concern, a BB may be the better option, as they are generally lower and you can get away with less components.
If off-road performance is your main concern, the coils will flex better. (Lots of people bash their BB's plenty hard, and they hold up fine, that comment is strictly regarding flex)
Last edited by nthinuf; Aug 17, 2010 at 04:30 PM.
Stop by jeepfest in new castle this weekend, they'll be a ton of lifted jk's to look at. We will be there with pop up, stop if you have any questions.
Last edited by Full-Traction Suspension; Aug 17, 2010 at 05:49 PM.
You will have the same load handling as if it had no pucks. Even longer coils compress under heavy weight. If you install your bumpstops you should not be able to bottom out your springs. An if you bottom out your springs with the pucks you would have done it with out the pucks. An, for the coils I have seen for lifts some are softer then factory to help allow them to have a better ride and flex easier. Others are so stiff you hit a bump and there is 0 movement in the coil, an it fills like your in the moon rover when you hit a speed bump.
I am currently running a Budget Boost of 2.5". After putting about 40,000 miles on my lift and tires, i can really say that it would be more worth it to save up the extra money and go with a nice coil lift. With the coil lift, you can build up more with eventually, (example:3/4-1" spacer) Also, i believe a coil lift would ride better. New coils will be graded for a different weight rating for larger tires, which would improve your ride over the stock coils. Off road performance will be better as well, although my BB has taken much abuse and held up well. I like to say that my BB is worth every cent of $140.00 but no more then that. I recently got a 2.5" coil lift to replace my 2.5" BB, however i have not gottten around to installing it just yet. When i get it installed i'll be able to surely tell the difference both on road and off road.
I agree with you on all but this.
You will have the same load handling as if it had no pucks. Even longer coils compress under heavy weight. If you install your bumpstops you should not be able to bottom out your springs. An if you bottom out your springs with the pucks you would have done it with out the pucks.
You will have the same load handling as if it had no pucks. Even longer coils compress under heavy weight. If you install your bumpstops you should not be able to bottom out your springs. An if you bottom out your springs with the pucks you would have done it with out the pucks.
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You are assuming the BB they buy comes with extended bumpstops. Look at most of the posts on here from people upgrading from a BB to coils - compressed coils from added weight is a common complaint. So whether it is coils stacking or bumpstops contacting each other prematurely, the result is the same... 




