Separate the ball joint from the knuckle. Remove the bolts that hold the control arm in place. Remove the stabilizer bar links if required (they will probably break if you live in a rust zone). Unclip any ABS wiring and remove the entire arm from the car.
Note the depth and orientation of the bushing (some have flanges, others do not).
Using a chisel and hammer (an air chisel is much faster), cave the bushing sleeve in enough to release tension, then pound the bushing out of the arm.
Press the new bushing in with whatever you can find. A vice and large pipe/socket should work, as will a length of all-thread rod and said socket, but you may need a ball joint press or a hydraulic unit depending on the style of bushing. Do not use a hammer to install the new bushing.
Once the bushing is in, reinstalling the arm is the reverse of removal.
They are not if you have a press...
You must replace the entire control arm assembly with the ball joint included.
To replace the lower control arm bushing on a 1995 Chevy Beretta, start by safely lifting the vehicle and removing the front wheel. Then, detach the lower control arm from the vehicle by removing the bolts connecting it to the chassis and the steering knuckle. Use a bushing press or a suitable tool to remove the old bushing from the control arm, and install the new bushing in its place. Finally, reattach the control arm to the vehicle, ensuring all bolts are tightened to the manufacturer's specifications before lowering the car back to the ground.
You will first need to get the right parts. You can then follow the directions given in order to replace the part.
probably or there part of the same piece ....normally there's multiple bushings on a lower control arm ...i guess it just depends on the vehicle and its probably easier to replace the whole arm rather then individual bushings.
To replace the front camber bushing, first, lift the vehicle and secure it on jack stands. Remove the wheel to access the suspension components, then unbolt the control arm connected to the bushing. Use a bushing removal tool to extract the old bushing and press in the new one, ensuring it is properly seated. Reassemble the control arm, reattach the wheel, and lower the vehicle, making sure to check the camber alignment afterward.
First you have to jack the car take off the wheel then remove the brake caliper then remove the sway bar bushing ,then remove the lower ball joint from the shock then remove the bolt that holds the lower control arm in . one towards the front and one towards the back . then remove the control arm . press out the old bushing and press in a new one then revers the procedure.
The lower control arm bushing would be located at the inner pivot point where the lower control arm is mounted to the frame/crossmember. Depending on your vehicle it could have one or two bushings. The outer pivot point would be your lower ball joint.
Saturn S series vehicles do not use a Strut arm... nor do they have a Strut arm bushing. I'm assuming your referring to the sway bar bushing in the center of the lower control arm. This bushing is not serviceable alone, the replacement of the entire lower control arm is needed if the bushing has failed.
the lower control arms on a 1998 Malibu , are as follows the control arms to frame (front bushing) 45 ftlbs and (rear bushing) is 74 ftlbs....this is strait from gm service
AnswerUsually its a design problem, GM & some chryslers have a design similar to a hockey puck mounted horizontally with a vertical bushing in the center. These are very common for breaking. If they used a horizontal bushing design (as in the older RWD cars) the lifespan would be much longer as the stress would moreso be riding on steel bushing not the rubber mount part of the bushing (smaller rubber area needed). Eg: 2000 Chev Cavalier/Pontiac Sunfire front control arm bushings, Rear vertical bushings are very common and I have yet to replace a front horizontal bushing. For an answer that is specific the year, make, and model is needed.
No you don't. But you might want to replace the lower bushing also since you will be half way their. Also it is easier because you have to grind off the rivets to get the ball joint off the control arm. Most garages replace the control arm because labor rates compared to the cost of a new control is less expensive for the garage and customer. Also the liablity of the new ball joint has to be bolted on and not riveted as factory unit.