Replaces
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1A Auto Lifetime Warranty
Frequently bought together
Part Details
TRQ suspension kits are manufactured using premium raw materials and coatings for extended service life. Each TRQ suspension component is designed to be a direct, maintenance-free replacement to the stock unit. To extend the life of your steering and suspension components, TRQ recommends replacing components in pairs, sets, or kits. All products are fit and road-tested in our Massachusetts R&D facility to ensure we deliver on our promise of Trusted Reliable Quality.
Product Features
Replacing struts used to require specialized tools to compress, remove, and transfer the old spring and mount. Our Pre-assembled, complete strut & spring assemblies come with all new parts and make the job much quicker and easier for the do-it-yourself mechanic.
Strut & spring assembly contains:
Our steering and suspension components are pre-greased and sealed for long life and do not require the extra maintenance typically required by greaseable versions.
Item Condition:
New
Attention California Customers:
WARNING: This product can expose you to chemicals including Chromium (Hexavalent Compounds), which is known to the State of California to cause cancer, and birth defects or other reproductive harm. For more information, go to www.P65Warnings.ca.gov
Lifetime Warranty
This item is backed by our limited lifetime warranty. In the event that this item should fail due to manufacturing defects during intended use, we will replace the part free of charge. This warranty covers the cost of the part only.
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Created on:
Tools used
One of the first things you want to do is safely raise and support your vehicle by the frame, so your suspension can hang. Once you've done that, take a small pry bar, and we're going to take off this center cap. If you were to spin it, you're going to see a little notch in the cap. Just carefully slide this off of here. That exposes our 22-millimeter lug nuts. Remove all six. Remove your wheel.
All right. So, before we get too much further, I just want to make sure that you understand that it's always a great idea to do your sway bar links as a pair. We're going to use a 15-millimeter wrench up on top on this nut right here, and another 15-millimeter down here. We'll remove the whole shaft, and pull this right out. You can see it's starting to come unthreaded. Little rubber bushing, you want to pop that off of there.
Now, this shaft right here is going to be stuck inside the plastic unit there. I'm going to spray a little bit of penetrant, and then I'm going to see if I can drive this down. All right. As you can see, it was very rusted. I'll grab that with some pliers and continue. So, now I'm just going to take my pry bar. I want to come right in between here, and I can lift up and remove this centerpiece.
The next thing we want to do is unscrew our sway bar link, so it all comes apart like this. We're going to make sure we have our bolt. We have one of our washers and one of our bushings with a little piton facing up. Now, I'm going to come down through this lower control arm. Start it in like this. I'm going to take another one of these rubber bushings, and now I'm going to put that little piton area facing down towards the control arm. That's going to make it so it fits right in. That's great. Now, you need another one of those washers. Put that facing down. Put in your spacer. Another metal washer facing up. We're going to take our rubber bushing with the piton facing up, and that's going to face right up against towards this sway bar right here. Now, just bring this down just a teeny bit. I'm going to grab that pry bar, lift this up, and I'm going to slide this into where our sway bar hole is. Line that up. Set it down. Drive my bolt up through. We've got our rubber bushing with the piton facing down towards the sway bar metal. And then, of course, our nut. There we are.
Now, it's going to be time to tighten this up. It's important to remember, as you're tightening up the nut with the bolt, that as these come squishing down, you don't want them to flatten out like a pancake. You just want it so that the bushings are touching up against the metal areas of the control arm and the sway bar itself. So, I can see that they're touching all the way around. I'm just going to go a teeny bit more here. I'm going to put my pinky right up against it. And as you can tell, the amount of the shaft that's sticking up is approximately the width of my pinky. That should be pretty good right there. I can tell that there's no movement that's going to happen between the bushings and the bar, or the bushings in the lower control arm, and they're definitely not pancaked down.
We'll grab those lug nuts. Start them all on there. Let's bottom these out. Now, we'll bring it down to the ground, and we'll make it so the wheel is just barely touching enough, so the wheel can't spin. Now, let's do the lug nuts, 140 foot-pounds. Go crisscross. Torqued.
Now, it's going to be time to get the center cover on. Before you go ahead and pound it on there, just take a look at the back, you're going to see something that looks a lot like a valve stem. Line it up. It's going to go pretty much just like this. Light bonk and then, of course, clean up your wheel, make it look nice and pretty, and take it for a road test.
Tools used
Tools used
One of the first things we need to do is safely raise and support the vehicle, so the wheel is off the ground. Let's remove our 22-millimeter lug nuts. Remove your wheel.
Now that the wheel's off of here, we have a clear view of the sway bar link. What you're going to notice is, up along the top, it has a strange-looking nut. It's very thin. It's going to be hard to grab onto. I'm going to use a pair of locking pliers to try to grab onto it. Using my 15-millimeter socket, I'm going to come down from the bottom here. Now I'm going to use my 14-millimeter socket down along the bottom here, see if we can get this to come apart. Looks like it's starting to turn.
Okay. So, for us, the outer sheath on this broke free from the bolt itself that's supposed to be running through the center, so I'm just going to go ahead and spray this down with some penetrant, let that soak down and through there. Sometimes, what happens is, is this outer portion will actually freeze or get stuck onto the bolt. If that's the case, what you would either want to do is grab onto the outer portion with some locking pliers, and then try to spin out that bolt. If that doesn't work, you might have to just cut the bolt itself. There's the bolt. Let's get all this out of here. Awesome.
So, now, assuming you're doing the sway bar links as a pair, now is the best time to go ahead and start doing the other side as well. Okay. Once you have both sides out, you should be able to move the bar around a little bit at this point. We're going to grab our new sway bar links. We take off the nut, take off the washer and the bushing, the washer and the bushing, and then, of course, the sheath, washer and bushing again, and we're going to leave it just like this.
Now, as we come up, okay, coming up from under the control arm, we still have the bolt with the washer and the bushing. Now we're going to take our bushing with our washer, put that facing down and towards the control arm. Grab your spacer, put that on there. We're going to push this up a little bit further. Now you're going to go washer, facing up, bushing. Get it underneath that sway bar. Bring it up. Bushing again.
If you were to look at these bushings, you can tell that they have like a rounded area, and then they have this area right here with a little like a piton. The piton is going to be going either towards the control arm or towards the sway bar. Set that on there, this one right here, and then, of course, our locking nut. I like to use a little thread locker on these.
I'm just going to use my 14-millimeter wrench, and of course, my ratchet underneath, and I'm going to start snugging it up. As I snug it, I want to be watching these bushings. What I want to see is the bushing touching up against the bar, on both sides of course. And, of course, down by the control arm there, we want those bushings to be touching up against it as well. We don't necessarily want to continue tightening, though, until the point where they seem like they're getting squished down and even pancaking out. So, let's just snug them up so they're all touching at least, and then we'll continue on.
Okay. So, this looks great. As you can tell, all of my bushings are touching exactly where they need to be touching. And you're also going to notice that I didn't continue tightening until they flattened out, like I had said before. This looks pretty great, so I'm just going to take a quick measurement of it. It looks like it's approximately the width of my thumb, personally, so I'm going to make sure that I go approximately the same on the other side of the vehicle.
Okay. Now it's going to be time to get the wheel up on here. Slide it on. Now we'll get the lug nuts on here, we'll bottom them out, and then we'll torque them to manufacturer specifications. Let's torque these lug nuts to 140 foot-pounds. Torqued.
