Suspension and d44 upgrade question
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Suspension and d44 upgrade question
So I have a 2007 Jkur that already has a suspension lift on it. I have been trying to figure out the exact brand and height but have been unable to. I believe that I have a full traction lift system based on color and general look of the components, the system has all 8 aftermarket control arms as well as aftermarket front and rear track bars. It also has an ACOS coil spacer on the front (not sure why, i bought it this way) My question is can i just purchase a new set of taller coil springs and shocks instead of replacing the entire lift? Im only looking at going to 4 inches. Are there any other things that I need to replace at the same time? I am also planning to beef up the front axle at the same time.. that is if I dont need to replace the whole lift. I have done quite a bit of research on truss and sleeving and c gussets. And think I will probably do all of them since it will be apart anyways. I was quoted $2240 out the door to do Evo sleeves and c gussets, an Artec front truss and a set of dynatrac hd ball joints.. Does this sound like a fair price for parts and install? Thanks in advance for your expert opinions.
Brandon
Brandon
#2
Your first step needs to be defining exactly what you have with your current lift so people can advise you on what may need replacing (driveshafts included).
Next you need to define your goal. Why the amount of lift? Why the reinforcement on the axle. The questions will determine if you are building correctly or just blowing money.
Next you need to define your goal. Why the amount of lift? Why the reinforcement on the axle. The questions will determine if you are building correctly or just blowing money.
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Your first step needs to be defining exactly what you have with your current lift so people can advise you on what may need replacing (driveshafts included).
Next you need to define your goal. Why the amount of lift? Why the reinforcement on the axle. The questions will determine if you are building correctly or just blowing money.
Next you need to define your goal. Why the amount of lift? Why the reinforcement on the axle. The questions will determine if you are building correctly or just blowing money.
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Are the arms and trackbars adjustable? Have you done research on flips? Are your links adjustable, or long enough for the new height? If you have stock flares, would flats work for you instead of adding suspension height?
If you do decide to go with 4" coils, a BIG plus for a PR would be the built-in caster correction. Wouldn't hurt to go ahead and get a quote for filling an empty PR housing with your stock components for the apples-to-apples comparison.
If you do decide to go with 4" coils, a BIG plus for a PR would be the built-in caster correction. Wouldn't hurt to go ahead and get a quote for filling an empty PR housing with your stock components for the apples-to-apples comparison.
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Take it by the a reputable 4 wheel drive shop or maybe the one the lift was purchased from. They should be able to tell you what you have just by looking at it.
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I think you should get a second quote on your axle work... It's about $900 in parts if you buy them, shops usually get a slight price reduction. To me, it looks like a 6 hour job for a slow shop, even at $100/h shop rate it would only come out to $1500 total. Did they include some sort of warranty or something? A lot of shops would just guarantee that type of work. I've only done the c gussets and sleeves but my shop only charged me $350($200 parts, $150 labor)
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Are the arms and trackbars adjustable? Have you done research on flips? Are your links adjustable, or long enough for the new height? If you have stock flares, would flats work for you instead of adding suspension height?
If you do decide to go with 4" coils, a BIG plus for a PR would be the built-in caster correction. Wouldn't hurt to go ahead and get a quote for filling an empty PR housing with your stock components for the apples-to-apples comparison.
If you do decide to go with 4" coils, a BIG plus for a PR would be the built-in caster correction. Wouldn't hurt to go ahead and get a quote for filling an empty PR housing with your stock components for the apples-to-apples comparison.
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I think you should get a second quote on your axle work... It's about $900 in parts if you buy them, shops usually get a slight price reduction. To me, it looks like a 6 hour job for a slow shop, even at $100/h shop rate it would only come out to $1500 total. Did they include some sort of warranty or something? A lot of shops would just guarantee that type of work. I've only done the c gussets and sleeves but my shop only charged me $350($200 parts, $150 labor)
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Many people are running 40" tires on a 4" lift with flat flares. I didn't see a mention of your tire size, but are you sure that is the route you want to take?
Post some pics of all of your components. Front, showing both ends of the draglink and trackbar, including any brackets attached. Upper drag link and pitman arm. Front and rear corner, showing the angle of the swaybar in relation to the frame/ground. Rear trackbar, showing any brackets that happen to be connected.
If you have non-adjustable trackbars, you probably have brackets that are centering the axles. If so, your axles will be offcenter if you change the suspension height.
If the swaybar links are too short, the swaybars have a nasty habit of flipping around backwards and damaging components when flexed (or on a lift at a shop). You want them roughly parallel to the frame/ground.
Brake lines need to be long enough to not rip out when you flex with the new longer shocks.
Bumpstops should be long enough to prevent the shocks/coils from over-compressing, and to keep the tires from moving up to far and ripping flares off.
As you go taller, the angles on the front trackbar and draglink get steep. Over 3.5" or so, many lift companies/people choose to add components to lessen that angle. The cheap route is a drop pitman arm used with a trackbar bracket. The better way is to do a flip - moving the axle end of the drag link up on top of the steering knuckle, and adding a different trackbar bracket. This keeps both bars parallel to each other, while lessening the up/down angle.
Post some pics of all of your components. Front, showing both ends of the draglink and trackbar, including any brackets attached. Upper drag link and pitman arm. Front and rear corner, showing the angle of the swaybar in relation to the frame/ground. Rear trackbar, showing any brackets that happen to be connected.
If you have non-adjustable trackbars, you probably have brackets that are centering the axles. If so, your axles will be offcenter if you change the suspension height.
If the swaybar links are too short, the swaybars have a nasty habit of flipping around backwards and damaging components when flexed (or on a lift at a shop). You want them roughly parallel to the frame/ground.
Brake lines need to be long enough to not rip out when you flex with the new longer shocks.
Bumpstops should be long enough to prevent the shocks/coils from over-compressing, and to keep the tires from moving up to far and ripping flares off.
As you go taller, the angles on the front trackbar and draglink get steep. Over 3.5" or so, many lift companies/people choose to add components to lessen that angle. The cheap route is a drop pitman arm used with a trackbar bracket. The better way is to do a flip - moving the axle end of the drag link up on top of the steering knuckle, and adding a different trackbar bracket. This keeps both bars parallel to each other, while lessening the up/down angle.
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