How do Control Arms Effect the ride
#11
BWfVA, decide first if you mainly want straight line only improved performance, or road handling and cornering. The stiff tubular BMR LCA's are not what you want for accelerating out of hard cornering, you want LCA's that have some torque flex, otherwise too stiff will land you sideways. Erik
Control arms are some of the simplest parts on the whole care. This isn't rocket science folks - any of the quality brands are just as good as another.
#12
I am sorta out there on suspension mods because I really havent done any. My plan right now is to get the exterior and the suspension done and I am getting ready to graduate so when I find a job I going to throw money in the engine compartment. I have been planning on droping the car but not extreme. Just a bit more than stock. So should I go ahead and invest in adjustable ones. Also I was thinking about getting some sway bars but mine is a base 05, I know there is a couple of pieces besides the bars that I need where can I find those at
#13
Yes he mentioned the front bushings are mushy when he shook the front tires
Front control arms? As in the control arms that are part of the front suspension? They don't go "bad", they may get bent if you hit something and the bushings can wear. But in normal use the front control arms will last the life of the car. If they are bent then your best bet is to replace with factory parts.
#14
Yes he mentioned the front bushings are mushy when he shook the front tires
Front control arms? As in the control arms that are part of the front suspension? They don't go "bad", they may get bent if you hit something and the bushings can wear. But in normal use the front control arms will last the life of the car. If they are bent then your best bet is to replace with factory parts.
#16
According to FORD, its replaced as an assembly...
Aftermarket polys are available for the front
'Reverse-L' control arm.
Get the BMRs ForTheWin.
They will compliment the konis and such you have up front...
Aftermarket polys are available for the front
'Reverse-L' control arm.
Get the BMRs ForTheWin.
They will compliment the konis and such you have up front...
Last edited by 157dB; 03-26-2011 at 03:01 PM.
#19
An adjustable upper can adjust pinion angle only. Adjustable lowers can adjust pinion angle, thrust angle, or both.
On-car adjustable LCAs with all poly bushings would most likely be a poor choice for anything short of a mostly dragstrip toy, as they will tend to keep loosening up in daily use.
BTW, it still isn't clear whether you're mostly after straight line performance and wheel hop elimination or cornering performance and near-the-limit handling.
Argo - given the use of plain, cheapie cylindrical-bushing poly stuff, a little torsional flexibility in the arms themselves is actually a good idea where cornering is concerned. Actual control arm twist and torsional shear stresses shouldn't be a problem until you're about to pull the LF tire on launch. Swap one poly bushing per arm for a spherical joint and this all becomes moot.
As you note, one could tinker with the rear bar or its setting to end up with similar overall results. But in general I'd rather leave the anti-roll function to the real sta-bar and let the control arms simply locate the axle.
Norm
Last edited by Norm Peterson; 04-06-2011 at 12:38 PM.
#20
I had my 2010 GT lowered last summer with Eibach Pro Street-S coilovers. I also went with Hotchkis front and rear sway bars and adjustable Panhard rod.
Dropping the car about 2+" with this setup created bumpsteer and wheel hop problems. On a lift, I could clearly see the rear end problem: my LCAs were far from parallel with the ground. They were angled up quite a bit at the axle location with respect to the body mount point. The force of acceleration was driving the body down and the axle up, creating wheel hop.
Just the other day, I added a Steeda bumpsteer kit and Competition Engineering adjustable LCA with Lakewood relocation brackets. Bumpsteer gone. Wheel hop gone. Car takes off great now and is very solid.
Dropping the car about 2+" with this setup created bumpsteer and wheel hop problems. On a lift, I could clearly see the rear end problem: my LCAs were far from parallel with the ground. They were angled up quite a bit at the axle location with respect to the body mount point. The force of acceleration was driving the body down and the axle up, creating wheel hop.
Just the other day, I added a Steeda bumpsteer kit and Competition Engineering adjustable LCA with Lakewood relocation brackets. Bumpsteer gone. Wheel hop gone. Car takes off great now and is very solid.
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