Learn 2 Drive lol.What the hell is L2D?!
Good to hear that even with the bolt-ons, the exedy clutch stands tall!Thatās what my son did on his 10gen si coupe. Even the w2 turbo swap doesnāt challenge it.
Thnx! But damn dude I feel like no one wouldāve known what that shit meantLearn 2 Drive lol.
We can have a discussion around "technique" all day long but I think it breaks down to simple mistakes people probably don't realize they're making. I've heard of people absent-mindedly resting their foot on the clutch while cruising- that'll do it. Probably a myriad of variations to this move that ruins clutches prematurely. Also, one or two seriously bad mistakes can reduce a clutch's life significantly in an instant. One thing I'm not proud of is how I snapped a front axle shaft on an Eagle Talon TSi/AWD dumping the clutch at 6k rpm. That goes the other way with extra slipping and the clutch's life expectancy drops by 50%. Fortunately I learned my lesson that day but I've also heard of and even witnessed people doing this to M cars, Porsches, etc. (a McLaren at a cars and coffee IIRC...).
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L2D.
I kind of post sometimes to amuse myself and myself only.Thnx! But damn dude I feel like no one wouldāve known what that shit meant![]()
if it's not slipping, how is it wearing?Like everyone said, driver and torque dependent.
With these full face organic clutches there's always some wear under power, even when not slipping. Just the nature of having a clutch that doesn't jerk you around and act like an on/off switch. The low rpm and high torque nature of how turbo power comes on doesn't help things.
For most newbies to manuals I've found they create the most wear slipping too long and too high rpm in first when setting off then second is releasing the clutch too fast on downshifts. 1500+ rpm and 3s of feathering the clutch to set off will dramatically shorten life when someone is doing it 12 times a day. Keep it under 1k rpm and a second of slip max and the clutch will last a lot longer.
It's load vs no load. With any load the friction material flexes and heats up. There's tiny flexion and constant movement. More torque means more load.if it's not slipping, how is it wearing?