Lowering Problem... Bolt Stripped


Ran into a problem while lowering my car on stock bolts today.
I got both of the rear bolts adjusted; as well as the front passenger side bolt. When I got to the front drivers side bolt, I ran into problems. The bolt was pretty stiff, and before I knew it, I had stripped it. I was using a closed-end 10mm wrench. I thought I had maybe ruined the wrench, so I went out and bought another. But, the same thing happened. The wrench just slips around the bolt without turning it (Though it tries to; it's not completely loose). The wrench was always firmly seated. But, it seemed like the metal on the bolt was so soft that the corners rounded off anyway.
Now I'm stuck. What can I do about this??
Did you saturate the threaded portion of the adjustment bolt above the spring so it wicks down through the spring?
Did you apply lubricant to the rubber bushing and pry it off the control arm with a metal putty knife (vulcanized)?
I found that once I did those three preps, I could get the adjustment bolt loose enough that I didn't even need a 10mm wrench to make the adjustments.
Assuming the adjustment bolt isn't permanently rusted to the insert in the spring, the only option now is to use VICE GRIPS on the adjustment bolt or weld a nut to the top of the adjustment bolt.
If it is permanently rusted to the insert in the spring, you might find yourself taking your front suspension down to the point where you can remove the spring and/or replace the spring...it's happened to other owners as well.
Did you saturate the threaded portion of the adjustment bolt above the spring so it wicks down through the spring?
Did you apply lubricant to the rubber bushing and pry it off the control arm with a metal putty knife (vulcanized)?
I found that once I did those three preps, I could get the adjustment bolt loose enough that I didn't even need a 10mm wrench to make the adjustments.
Assuming the adjustment bolt isn't permanently rusted to the insert in the spring, the only option now is to use VICE GRIPS on the adjustment bolt or weld a nut to the top of the adjustment bolt.
If it is permanently rusted to the insert in the spring, you might find yourself taking your front suspension down to the point where you can remove the spring and/or replace the spring...it's happened to other owners as well.
took the words right out of my mouth.
I just did my FRC and left the bolt in so it would not go too low.


Regarding the six point socket... is there any chance that could work, if all I've tried using are 12-points? Meaning, can a 12 point slip around a bolt that a 6-point wouldn't? It should be easy enough to pick up those parts at the hardware store.
It looks like the instructions I found were over-simplistic. I looked at two sets of instructions, and they both consisted of basically raising the car, turning the bolts, lowering the car.
No mention was made of relieving pressure with a jack, or using a penetrating lubricant, or prying against bushings. So, no... I did not know to do any of these things. The other three wheels/corners were uneventful; Just this fourth one is acting up.
Can someone explain how to relieve the pressure in the spring with a jack? Such as, where to place it, and etc.? I think I need to do everything I can to "free up" this bolt, so that I can turn it with some vice grips later. That is, if the six-point route doesn't work.
Ran into a problem while lowering my car on stock bolts today.
I got both of the rear bolts adjusted; as well as the front passenger side bolt. When I got to the front drivers side bolt, I ran into problems. The bolt was pretty stiff, and before I knew it, I had stripped it. I was using a closed-end 10mm wrench. I thought I had maybe ruined the wrench, so I went out and bought another. But, the same thing happened. The wrench just slips around the bolt without turning it (Though it tries to; it's not completely loose). The wrench was always firmly seated. But, it seemed like the metal on the bolt was so soft that the corners rounded off anyway.
Now I'm stuck. What can I do about this??

That's the old: I cut it 3 times and it's still to short
The Best of Corvette for Corvette Enthusiasts


http://www.sears.com/shc/s/p_10153_1...id=00952166000
What is the concensus here? yay/nay? It looks like these sockets are directional, and my logic tells me they will work for moving the adjusting bolt in the direction I need it to move (CCW from top). If I can just get the adjustment bolt turned to match where the other bolt was set, then I can be done with this.
Regarding the six point socket... is there any chance that could work, if all I've tried using are 12-points? Meaning, can a 12 point slip around a bolt that a 6-point wouldn't? It should be easy enough to pick up those parts at the hardware store.
It looks like the instructions I found were over-simplistic. I looked at two sets of instructions, and they both consisted of basically raising the car, turning the bolts, lowering the car.
No mention was made of relieving pressure with a jack, or using a penetrating lubricant, or prying against bushings. So, no... I did not know to do any of these things. The other three wheels/corners were uneventful; Just this fourth one is acting up.
Can someone explain how to relieve the pressure in the spring with a jack? Such as, where to place it, and etc.? I think I need to do everything I can to "free up" this bolt, so that I can turn it with some vice grips later. That is, if the six-point route doesn't work.
I used PB BLASTER sprayed into the little trough at the top of the spring, surrounding the threaded portion of the adjustment bolt above the spring. Spray and allow it to wick down the threads. I allowed it to sit overnight. When you can see it has wicked below the spring, you know the threads are fully lubricated.
Use the lubricant to saturate the bushing surface as you use the metal putty knife to release the vulcanized bushing from the control arm.
As mentioned, I just did my FRC front and rears in about 45 minutes. Left the stock bolts in the rear and turned the front bolts all the way flush but did not take them out as I have in the past.


I used PB BLASTER sprayed into the little trough at the top of the spring, surrounding the threaded portion of the adjustment bolt above the spring. Spray and allow it to wick down the threads. I allowed it to sit overnight. When you can see it has wicked below the spring, you know the threads are fully lubricated.
Use the lubricant to saturate the bushing surface as you use the metal putty knife to release the vulcanized bushing from the control arm.
Thanks for that advice. I think I need clarification on some terms here...
Looking at the following picture, from the instructions I used:
when you refer to "spring", are you speaking of the transverse-mounted black bar shown above, that the adjustment bolt runs through? When you speak of using a bottle jack to relieve pressure between the spring and the control arm... is the goal to get the bottle jack to directly contact the bottom of that black bar, as close to the bolt as possible, and then attempt to push it up and away?
I'm not as familiar with the nomenclature as I would like, as you can see. Thanks for any help!
Last edited by Alaskanpilot; Feb 4, 2009 at 06:54 PM.







Looking at the following picture, from the instructions I used:
when you refer to "spring", are you speaking of the transverse-mounted black bar shown above, that the adjustment bolt runs through?
YES
When you speak of using a bottle jack to relieve pressure between the spring and the control arm... is the goal to get the bottle jack to directly contact the bottom of that black bar, as close to the bolt as possible, and then attempt to push it up and away?
YES
I'm not as familiar with the nomenclature as I would like, as you can see. Thanks for any help!
Good luck man!


Thanks to alll the great advice, I solved this problem without spending a penny, and in about 10 minutes!
I let some PB Blaster soak in overnight; then used a bottle jack as suggested, to apply upward pressure on the spring. Sure enough, I was able to turn the adjustment bolt BY HAND. I ran it out to where I wanted it; lowered the suspension back down, put the tire back on... and now, all four corners are lowered. Though, the car still looks raised because it hasn't had the chance to settle.
Thanks again!














