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1A Auto Lifetime Warranty
Part Details
Our control arms are designed to be direct replacements for the original factory parts. They are 100% brand new and require no modifications for installation. No special tools are required because all of the bushings come pre-installed.
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 Lead and Lead Compounds, which are 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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Hi, I'm Don from 1A Auto. I hope this how-to video helps you out, and the next time you need a part for your vehicle, think of 1AAuto.com. Thanks.
In this video, we're going to show you how to replace a front control arm on this 2007 Pontiac G6. It's pretty much the same for any G6 from 2005 to 2010, as well as the Saturn Aura. We show you the right hand or passenger's side, but the left hand or driver's side is the same procedure. You'll need a new control arm or control arms from 1AAuto.com. If one of your control arms bushings have gone bad, most likely the other one's not far behind. Replacing them in pairs is usually a good idea. You'll also need jack and jack stands, 15mm to 18mm wrenches and sockets, a ratchet and a breaker bar or a pipe for some leverage, a pry bar, and a torque wrench.
Start out by using just a socket to loosen the lug nut covers or the wheel cover as in this case. We're going to use an impact or air tools sometimes, if you don't have the benefit of air tools just start with the vehicle on the ground, loosen the lug nuts, then raise and secure the vehicle and remove the lug nuts, wheel and tire.
Okay, now from underneath looking out, use a 15mm wrench and a 16mm socket and ratchet, and loosen the ball joint, bolt, and nut. Use an 18mm socket and a ratchet and a pipe for extra leverage to remove the front bolt. This is looking towards the center of the car. There's a bolt in the front of the control arm and we remove that.
Towards where the back of the tire would be, you'll see a large bushing here. There are two 18mm bolts right on the bottom and they have nuts on top. We use an 18mm socket and a ratchet, and we're going to use a piece of pipe for extra leverage. You can also use a breaker bar and just break those bolts free a little bit. Now, I'm going to fast-forward as we take an 18mm wrench, feed it right under the stabilizer bar there, grab onto the nut that's on top, and then remove the bolts. We're just going to want to use a wrench and loosen up this bolt a little bit, it just makes things easier to come around. And, actually, you can take it right off because it comes off fairly easily.
Now, using a pry bar, we start by prying the front of the control arm out. Then go to the back bushing, put the pry bar behind, and pry out. Reinstall the control arm, and you can see our control arm we're re-installing the original. There's nothing wrong with it, so we're not going to put a new one on. Fairly new car, we're just showing you how to do it.
Put the control arm up in place. The ball joint in place next, and then put the bolt through, and put the nut on to hold it. Now you can take the rear part of the control arm and feed it up into the frame as well as the same time you're feeding the front part up into the frame. Then a little help from the pry bar, get everything lined up and in.
Turn your attention towards the front. Use of a little hammer, and just make sure you get the front lined up fairly well. Put that bolt in place, and you'll have to just grab onto the suspension and work it around. You can use a hammer to tap in once you get it started as well. Have your pry bar in hand, just to help you move around that bushing a little bit until you get the first bolt up through, and then you can put the second bolt up through, put the nuts on the back as well as start the bolt into the end of the bushing.
I'll keep the speed going here as I put a wrench behind and tighten up these two 18mm bolts. These bolts should be between 75 and 85 foot-pounds. Torque the nut for the tie rod to 50 foot-pounds. We apologize, we didn't film this very well. What you want to do is put a jack underneath the lower ball joint and lift your suspension up until there's just weight off the jack stand that gets your suspension into the right geometry, and then tighten that rear bushing bolt. You need to tighten that up to about 55 foot-pounds and then tighten this front bolt to 75 foot-pounds.
Reinstall the wheel. Put the lug nuts on by hand first just to make sure you don't cross thread them and then tighten them preliminarily. Put the vehicle on the ground, and torque the lug nuts to 100 foot-pounds using a star pattern. Now reinstall your hub cap, and we're going to do that with that 19mm socket. I'm just going to screw them in by hand. Also, you want to make sure that you line up the valve stem with the notch in the hub cab for the valve stem.
We hope this video helps you out. Brought to you by www.1AAuto.com, your source for quality replacement parts and the best service on the Internet. Please feel free to call us toll-free, 888-844-3393. We're the company that's here for you on the Internet and in person.
Tools used
Tools used
Tools used
Now, with the front of the vehicle safely raised and supported, we're gonna remove all five of our 19-millimeter lug nuts. Remove your wheel. Now that we have the wheel off, I always like to put just one lug nut back on just to hold the rotor from flopping around. We have a nice, clear view of our lower control arm at this point, we're going to be removing this bolt right here. Up above that, you're going to see two nuts that have bolts that come through from the bottom. We're going to spray those two nuts as well. And then if you were to follow the control arm all the way over to the knuckle, you're going to see that there's a pinch bolt that goes through right there. And, of course, a slot on the knuckle where the ball joint goes through. Let's spray all those areas as well. The next thing I like to do is remove the pinch bolt for the ball joint. I'm gonna use my 15-millimeter here to take off the nut and hold the bolt with a 16-millimeter. I might need to use a punch and a hammer to get this out of here. I'm gonna respray this area with more penetrant and let it sit and do its job. Let's move along. Next, let's remove this bolt right here using our 14-millimeter wrench. Let's remove the forward bolt. Let's just leave this bolt in just a tiny bit. Let's get our wrench onto these top nuts up there and remove the bolts from the bottom.
Now we need to separate our ball joint from the knuckle itself. To do that, I'm going to bonk right along here with my hammer and just try to separate the two. You could also use a pickle fork, come right in between here. Or if you had to, you could try to spread the knuckle a little bit using a punch. As you can tell, it's starting to separate. Let's continue. Sometimes a pry bar will come in handy. Let's remove our forward bolt, tilt this down some more. Continue with the pry bar. Draw this out of here. Grab the control arm, pull it towards the front of the vehicle. Let's get the rearward bracket out of here. There it is, friends. The next thing I like to do is mark the control arm with the rearward bushing, so I know how they need to line up. And then we're going to remove this bolt right here using our 14-millimeter wrench. There we are. Take this right off of here. Set it aside. Next. I like to apply thread locker to all my bolts that I'm going to be reinstalling. Now we're going to loosely install our rearward bushing here. You want to make sure that you have this portion facing towards the front and not this portion. My bolt, there it is. Next, I like to apply a little bit of grease or lubricant along the shaft area right here. It's going to help it slide into that bushing. And just a tad up along the ball joint stud here, let's go ahead and put this up in here like this. Put it through that rear bushing.
Now we're just gonna swing this up. We're going to try to line our ball joint up with the knuckle right there. There we are. Carefully using a rubber mallet. Start the bolt through there, pin that on there. Now we need to do the forward bushing. Slide that like that so it's lined up. Now we're going to carefully bonk under here with a rubber mallet and try to line up the forward hole. Start this in. This other bolt started in here as well. At this point, we're going to snug these two up. Put some thread locker on this bolt and put this in there. We're going to bottom it out. Let's carefully bottom this out. Now we're gonna torque this. You want to torque it to 37, loosen it up a little bit, re-torque it to 37, and then we're going to go an additional 30 degrees. Okay. So, there's 37, now we're just going to go our approximate additional 30 degrees. Now we're gonna tighten these bolts to 37 foot-pounds, and then we'll also tighten them an additional 90 degrees afterward. So, I'm gonna turn this just like this, and now I'll bring the ratchet pretty much straight back to me. There we are. Do the same to the other one.
Next, we need to apply load to the suspension so it would be as though the vehicle's wheel is on the ground and the weight of the vehicle's on it. That's it right there. Once you've done that, let's go ahead and bottom out this bolt right here. Now we're going to torque this bolt to 37 foot-pounds. And then after we've done that, we need to continue an extra 90 degrees. There we are. The next thing we need to do is snug this up right here, and then torque it to 32 foot-pounds. Let's unload the suspension. Let's get this lug nut off of here. Put the wheel back on, start all the lug nuts, bottom them out, and then torque them to 100 foot-pounds.
