Stacking Leveling Kits
#1
Stacking Leveling Kits
Before you tell me I'm an idiot and can't do this read the whole post.
Is it possible to stack multiple leveling kits on top each other and safely gain the sum of the two leveling kits in lift? i.e. two 2.5" leveling kits for a 5" leveling kit. Now obviously this wouldn't work because the upper control arms, tie rods, CV axles, brake lines, ABS wiring, sway bar links and probably the lower control arms wouldn't be able to reach down that far and still have any travel length. BUT, could the two leveling kits bolt onto each other since all they are are spacers, and would they be strong enough or would the force of the strut cause them to buckle sideways after catching some air? My greatest concern with this theory is that the mount for the strut might be slightly angled and so a 5" leveling kit would not only move the mount point for the strut down 5" but also forward a tad.
Is it possible to stack multiple leveling kits on top each other and safely gain the sum of the two leveling kits in lift? i.e. two 2.5" leveling kits for a 5" leveling kit. Now obviously this wouldn't work because the upper control arms, tie rods, CV axles, brake lines, ABS wiring, sway bar links and probably the lower control arms wouldn't be able to reach down that far and still have any travel length. BUT, could the two leveling kits bolt onto each other since all they are are spacers, and would they be strong enough or would the force of the strut cause them to buckle sideways after catching some air? My greatest concern with this theory is that the mount for the strut might be slightly angled and so a 5" leveling kit would not only move the mount point for the strut down 5" but also forward a tad.
#2
I won't tell you you're an idiot. It's your truck. Do whatever you want. I will offer this:
1. You will never get the control arms together with a 5" spacer.
2. IF you do figure out a way, your CV joints will explode within 5 miles.
3. You ball joints will soon follow.
4. Your tie rods will soon follow.
5. Your sway bar end links will soon follow.
6. The spacers will pop out happy as ever . Think about it. The spacers are two hunks of solid metal. It wont hurt them at all. Just everything around them.
After you destroy the front end, you can sell the spacers.
Could be wrong, just my humble opinion.
1. You will never get the control arms together with a 5" spacer.
2. IF you do figure out a way, your CV joints will explode within 5 miles.
3. You ball joints will soon follow.
4. Your tie rods will soon follow.
5. Your sway bar end links will soon follow.
6. The spacers will pop out happy as ever . Think about it. The spacers are two hunks of solid metal. It wont hurt them at all. Just everything around them.
After you destroy the front end, you can sell the spacers.
Could be wrong, just my humble opinion.
Last edited by jkeaton; 01-15-2014 at 11:07 PM.
#3
#5
#6
Ok, I don't want to call you an idiot, because you asked us not to. But, you are definitely asking an incredibly stupid question that is making me want vomit....twice.
You need to understand how an IFS with upper and lower control arms works. Then, once you have grasped the concept, you need to slightly complicate your understanding by adding in steering components. After that, then you will hate yourself for asking this question.
Jkeaton is pretty much spot on, minus one small fact: you will not make it 5 miles before your cv axles come apart. You will make it about 1/3 of a rotation from the front tires...based on the existing location of the ***** in the joints. Depending on the circumference of your tires, that would calculate to around 2.8 feet.
What might help you is to research how IFS "lift kits" with upper and lower control arms, and struts. Study each component so that you understand it's function in creating "lift". You will see why you cannot just "add" spacers on top of spacers. It has more to do than the components being able to "handle" it, it flat out does not allow thing to move, or fit.
You need to understand how an IFS with upper and lower control arms works. Then, once you have grasped the concept, you need to slightly complicate your understanding by adding in steering components. After that, then you will hate yourself for asking this question.
Jkeaton is pretty much spot on, minus one small fact: you will not make it 5 miles before your cv axles come apart. You will make it about 1/3 of a rotation from the front tires...based on the existing location of the ***** in the joints. Depending on the circumference of your tires, that would calculate to around 2.8 feet.
What might help you is to research how IFS "lift kits" with upper and lower control arms, and struts. Study each component so that you understand it's function in creating "lift". You will see why you cannot just "add" spacers on top of spacers. It has more to do than the components being able to "handle" it, it flat out does not allow thing to move, or fit.
#7
Ok, I don't want to call you an idiot, because you asked us not to. But, you are definitely asking an incredibly stupid question that is making me want vomit....twice.
You need to understand how an IFS with upper and lower control arms works. Then, once you have grasped the concept, you need to slightly complicate your understanding by adding in steering components. After that, then you will hate yourself for asking this question.
Jkeaton is pretty much spot on, minus one small fact: you will not make it 5 miles before your cv axles come apart. You will make it about 1/3 of a rotation from the front tires...based on the existing location of the ***** in the joints. Depending on the circumference of your tires, that would calculate to around 2.8 feet.
What might help you is to research how IFS "lift kits" with upper and lower control arms, and struts. Study each component so that you understand it's function in creating "lift". You will see why you cannot just "add" spacers on top of spacers. It has more to do than the components being able to "handle" it, it flat out does not allow thing to move, or fit.
You need to understand how an IFS with upper and lower control arms works. Then, once you have grasped the concept, you need to slightly complicate your understanding by adding in steering components. After that, then you will hate yourself for asking this question.
Jkeaton is pretty much spot on, minus one small fact: you will not make it 5 miles before your cv axles come apart. You will make it about 1/3 of a rotation from the front tires...based on the existing location of the ***** in the joints. Depending on the circumference of your tires, that would calculate to around 2.8 feet.
What might help you is to research how IFS "lift kits" with upper and lower control arms, and struts. Study each component so that you understand it's function in creating "lift". You will see why you cannot just "add" spacers on top of spacers. It has more to do than the components being able to "handle" it, it flat out does not allow thing to move, or fit.
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#8
In short...yes it will work. Your suspension will never be able to pull the threads apart on a leveling kit and cause failure because the loads are not directed laterally on the leveling kit. They're directed up and down and the weight of the truck would prevent them from coming apart.....
but no. No other stock part on the truck could hang
but no. No other stock part on the truck could hang
#10