~~ Using a wheel spacer? ~~
#11
JK Enthusiast
Join Date: May 2007
Location: Pataskala, Ohio
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Spidertrax
1.5"
aluminum
www.Northridge4x4.com
No complaints at all; have had them on for 1,500 miles...
1.5"
aluminum
www.Northridge4x4.com
No complaints at all; have had them on for 1,500 miles...
#12
JK Enthusiast
Join Date: Mar 2007
Location: Virginia
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Spidertrax
1.5"
Aluminum
Quadratec - ordered on a Monday morning, had them Tuesday by lunch
1year / 6000 miles, no problems at all.
There is a photo in my link that shows how much nicer the JK looks with the wheels bumped out.
1.5"
Aluminum
Quadratec - ordered on a Monday morning, had them Tuesday by lunch
1year / 6000 miles, no problems at all.
There is a photo in my link that shows how much nicer the JK looks with the wheels bumped out.
#13
JK Jedi Master
Spidertrax 1.5 over 6000 miles and still just as tight as the day I put them on. I think spacers have gotten a bad rap from cheap ones made that were made with either cheap studs that broke or thin ones that go between wheel and hub that use original studs and don't leave much to tighten down on. You won't find it to be that way with Spidertrax.
#15
JK Newbie
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Join Date: Oct 2007
Location: Valdosta Ga
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Thanks for the input every one. There is one reason that I asked if they where aluminum or steel. A friend awhile back used spacer that where aluminum and these where not el cheapos.I cant remember the name brand but he paid about $350.00 for them. He had them on his truck for a long time and one day he had a flat. Well when he went to change the tire 2 lugs and the studs would do nothing but spin in the aluminum spacer that it was in and he could not the wheel off. He ended up having to use an air chisel to bust the lugs up into pieces to get it off the stud. By doing so it really messed up his wheel. Aluminum and steel, when heated, cool down at different rates. It was found that the aluminum and steel expanding and contracting at different rates caused the stud and the housing to mess up.
Last edited by Rage; 10-29-2007 at 04:39 AM.
#17
JK Super Freak
Wheel spacers come with all sorts of inherent problems.
- It adds stress to the axels because they are adding leverage where leverage was never intended by the factory.
- Steel-on-steel might be OK, but never Steel-on-Aluminum. Most spacers are aluminum and it's only a matter of time before the studs work free.
- If you are upgrading wheels, why not get the right backspacing in the first place? If you are not upgrading wheels, you are probably exceeding the recommended wheel width if your tires are rubbing.
#18
JK Junkie
Join Date: Mar 2007
Location: Mount Carmel, PA
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Wheel spacers come with all sorts of inherent problems.
- It adds stress to the axels because they are adding leverage where leverage was never intended by the factory.
- Steel-on-steel might be OK, but never Steel-on-Aluminum. Most spacers are aluminum and it's only a matter of time before the studs work free.
- If you are upgrading wheels, why not get the right backspacing in the first place? If you are not upgrading wheels, you are probably exceeding the recommended wheel width if your tires are rubbing.
#19
JK Super Freak
Absolutely right - too much backspacing will stress the same, all things equal (around here we OBEY the laws of physics!) To simply take an ill-fitting wheel/tire combo and put on a spacer to make things right is asking for the same amount of hub/axle wear as putting the same size wheel/tire combo with more backspace.
As stated before, IMO (in my opinion), and that of Discount Tire among others, is that a correct-fitting wheel/tire combo is better than an ill-fitting wheel/tire combo fixed with spacers.
Not much info, but maybe worth a look:
http://www.discounttire.com/dtcs/infoWheelFAQ.dos
All said, the amount of stress on a stock axle caused by a spacer is probably dwarfed by most oversized wheel/tire combos (35"+), "correct fit" or not.
As stated before, IMO (in my opinion), and that of Discount Tire among others, is that a correct-fitting wheel/tire combo is better than an ill-fitting wheel/tire combo fixed with spacers.
Not much info, but maybe worth a look:
http://www.discounttire.com/dtcs/infoWheelFAQ.dos
All said, the amount of stress on a stock axle caused by a spacer is probably dwarfed by most oversized wheel/tire combos (35"+), "correct fit" or not.