adirondackmtnman
Platinum Member
OT: Yes, my racing clutch in my last track toy is a different animal altogether, but it was the example I pulled to define the bottomed of clutch life. FWIW, the slipper clutches allow an engine that would over-rev a short gear and be blocked from shifting by the blocker ring because the gears never match speed, to make the gear change, and continue to slip the clutch until the engine speed matches gear's speed, and then lock all automatically with no driver input other than the gear change. Thus you can trail brake silly deep into the apex, counter-steering as you do, and be in the exact right gear to power on once the apex has been hit. The clutches tend to fry because they're slipping far more than a non-slipper clutch.
So you're using a clutch intended for use in a racing/high performance manner, which, through it's use, is destined, if not designed, to fail, as an example for the life of a clutch on a piece of utility equipment? Just trying to get it straight, because if we can use performance applications, then our racer gets a clutch once a year racing a one half mile oval. It doesn't need it, but it gets it when the engine comes out to get freshened...Enlighten us with some anecdote about an actual tractor clutch you've seen fail recently, and your credibility on the topic will increase greatly, O oracle...
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