98layinframe said:
running spacer does not hurt the suspension by changing the weight around.... the tire is in the same contact area as it would be with a rim that doesnt need a spacer.
Think about the info you give someone for awhile before you inform them it will hurt there vehicle... just because you dont like it. Running an adaptor is fine, people have been using them for a long time.
First off, I was asking a question, not giving information. "Judge" answered my question.
Now onto my second question...
Look at these 3 diagrams. All 3 have a 7" wheel.
-The first one being a wheel with 6" of backspacing with a 2" spacer on a stock S-10 rotor assembly
-The second one being a wheel with 4" of backspacing on a stock S-10 rotor assembly
-The third one being a wheel with 6" of backspacing on a stock FWD vehicle.
It was my belief that there are different physical propertes being introduced on the wheel bearings when you compare the first diagram to the second and third diagrams.
Given that the wheel/tire is in the same location to the rotor in Fig 1 & 2, wouldn't there be more pressure on the outer wheel bearing due to the spacer acting like a lever? I'd just like a scientific explanation as to why this isn't true.
I honestly don't think the bearing is going to fry in one week of normal driving, but it would be someting to check whenever you do a brake job.