Sprintamx
Well-Known Member
- Joined
- Jan 20, 2016
- Threads
- 11
- Messages
- 372
- Reaction score
- 245
- Location
- Mid-Atlantic
- Vehicle(s)
- 2016 Shelby GT350
- Thread starter
- #46
Don't let my annoyance suggest that standards for a proper wheel setup are not important. They certainly are.
So we can all hopefully be on the same page, the type of spacer / adapter I am referring to--and the only kind I would ever use--is a hubcentric "pass through" adapter. Mounting studs / bolts are NOT mounted to the adapter plate. If that's what jasonstang thinks is the only option for an adapter is, then I'll retract my annoyance. But, it's still a product of ignorance.
A proper hubcentric adapter fits tightly on the lip of the wheel hub (presuming that the OE hub has a lip) and the mounting studs are fixed to the hub and pass through the spacer. The spacer itself has a lip that the wheel sits on. The mating surfaces of the adapter are properly dimensioned to fit precisely on the hub and fitment to the wheel. Clamping and stress forces are therefore properly distributed throughout the hub and wheel. That's a proper adapter setup.
What is annoying here is that literally thousands of track cars AND race cars use a proper hubcentric adapter without issue. It is not engineering / structural / material failure waiting to happen, any more than s--- happens on track with ANY part. Period.
Now, the point of this thread--as I mentioned in post #1--was not to debate the use of spacers / adapters, but to get data on a square setup wheel fitment options. If someone doesn't want to use a spacer, great. Please start a separate thread on that.
So we can all hopefully be on the same page, the type of spacer / adapter I am referring to--and the only kind I would ever use--is a hubcentric "pass through" adapter. Mounting studs / bolts are NOT mounted to the adapter plate. If that's what jasonstang thinks is the only option for an adapter is, then I'll retract my annoyance. But, it's still a product of ignorance.
A proper hubcentric adapter fits tightly on the lip of the wheel hub (presuming that the OE hub has a lip) and the mounting studs are fixed to the hub and pass through the spacer. The spacer itself has a lip that the wheel sits on. The mating surfaces of the adapter are properly dimensioned to fit precisely on the hub and fitment to the wheel. Clamping and stress forces are therefore properly distributed throughout the hub and wheel. That's a proper adapter setup.
What is annoying here is that literally thousands of track cars AND race cars use a proper hubcentric adapter without issue. It is not engineering / structural / material failure waiting to happen, any more than s--- happens on track with ANY part. Period.
Now, the point of this thread--as I mentioned in post #1--was not to debate the use of spacers / adapters, but to get data on a square setup wheel fitment options. If someone doesn't want to use a spacer, great. Please start a separate thread on that.
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