Camber bolt install help.
#1
Camber bolt install help.
I put on steeda ultalites on my 2011 and I am putting in camber bolts to correct the camber issue(obviously). Lol. But I can't seem to find a good write up or video (I have seen the YouTube 2006 gt video). Does anyone have a good write up or play by play/advice on putting these in?
Thanks
Thanks
#3
I don't and wouldn't. The Ford strut to spindle bolts get torqued to 166 ft/lbs (Ford upped the torque and made the bolts even stronger for more clamping force). There's no way a camber bolt can handle these numbers. Spend a few bucks and get adjustable upper strut mounts, it's the safe and proper way.
#4
I run them, paid a shop 25 bucks to install them when they did my alignment, and I'm sure they can handle the numbers your talk about and what do you mean couple more dolalrs. Lets see here 25 bucks camber bolt vs. 150ish fo ra cheapest set of plates, not seeing a couple more dollars.
#5
#6
I run them, paid a shop 25 bucks to install them when they did my alignment, and I'm sure they can handle the numbers your talk about and what do you mean couple more dolalrs. Lets see here 25 bucks camber bolt vs. 150ish fo ra cheapest set of plates, not seeing a couple more dollars.
That you're "sure they can handle the numbers" suggests that you have some familiarity with either structural or mechanical engineering topics. Care to share, or at least give a sound reason why I should not be very skeptical about bolts that cannot be torqued to much over half of Ford's own specs for the early strut fasteners? Keep in mind that over the years I've experienced a couple of suspension component failures in cars that were only daily-drivers.
Yes, they'll probably be OK for mild to moderate driving - that's all they were originally intended to do as a crash-repair means of getting strut alignment somewhere near right afterward. Trouble is, neither you nor I nor anybody else can guarantee that some other random person will stick to those same limitations. Actually, I wouldn't even trust the bolts for the impact of landing off of wheelstands.
Norm
Last edited by Norm Peterson; 07-24-2012 at 11:11 AM.
#7
$125 is dirt cheap compared to at least one of the alternative scenarios.
That you're "sure they can handle the numbers" suggests that you have some familiarity with either structural or mechanical engineering topics. Care to share, or at least give a sound reason why I should not be very skeptical about bolts that cannot be torqued to much over half of Ford's own specs for the early strut fasteners? Keep in mind that over the years I've experienced a couple of suspension component failures in cars that were only daily-drivers.
Yes, they'll probably be OK for mild to moderate driving - that's all they were originally intended to do as a crash-repair means of getting strut alignment somewhere near right afterward. Trouble is, neither you nor I nor anybody else can guarantee that some other random person will stick to those same limitations. Actually, I wouldn't even trust the bolts for the impact of landing off of wheelstands.
Norm
That you're "sure they can handle the numbers" suggests that you have some familiarity with either structural or mechanical engineering topics. Care to share, or at least give a sound reason why I should not be very skeptical about bolts that cannot be torqued to much over half of Ford's own specs for the early strut fasteners? Keep in mind that over the years I've experienced a couple of suspension component failures in cars that were only daily-drivers.
Yes, they'll probably be OK for mild to moderate driving - that's all they were originally intended to do as a crash-repair means of getting strut alignment somewhere near right afterward. Trouble is, neither you nor I nor anybody else can guarantee that some other random person will stick to those same limitations. Actually, I wouldn't even trust the bolts for the impact of landing off of wheelstands.
Norm
#8
I don't and wouldn't. The Ford strut to spindle bolts get torqued to 166 ft/lbs (Ford upped the torque and made the bolts even stronger for more clamping force). There's no way a camber bolt can handle these numbers. Spend a few bucks and get adjustable upper strut mounts, it's the safe and proper way.
#9
The thing about torque spec is that most alignment shops don't torque to spec. They use the impact gun and just zap it a couple of times until it's tight. It's not the right way but it's what happens. I saw the guy at the shop do that to mine and I asked him about it and he told me that he can't reach it without taking off the wheel which they don't do. This was all done at a firestone too.