Yeah, I have one you can use…. but you have to come use it at my house and take a lap with me! I did a Zeb recently with the Ohlins bushing tool and my buddy loved the performance improvement. They were incredibly tight!
Yeah, I have one you can use…. but you have to come use it at my house and take a lap with me! I did a Zeb recently with the Ohlins bushing tool and my buddy loved the performance improvement. They were incredibly tight!
Is there anything "bad" that could come about from burnishing bushing in a fork?
They couldn't be made too loose right?
Just for my own understanding, if bushings are tight, how come they don't self-clearance per se, when the uppers go through them repeatedly? Is it because the upper tubes have an imperceivable amount of flex to them?
Is there anything "bad" that could come about from burnishing bushing in a fork?
They couldn't be made too loose right?
Just for my own understanding, if bushings are tight, how come they don't self-clearance per se, when the uppers go through them repeatedly? Is it because the upper tubes have an imperceivable amount of flex to them?
Yes, it is possible to make them too loose, though unlikely provided you aren't a total hamfist. You are driving a slightly larger than stanchion sized piece of metal through the bushing to force it into a round, slightly larger than stanchion state. The end goal is enough clearance to allow a film of oil on the stanchion for lubrication without being loose enough to result in perceptible independent motion between the two.
FYI, according to Fox:
"Correct bushing tolerance is a diametric clearance of 0.0015”– 0.0090”."
And yes, they would eventually self clearance once enough cycles have been achieved to wear material from the stanchion, the bushing, or both to achieve a clearance fit. Though once that happens there is likely to be irreversible damage to those components.
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