Hi all,
I'm trying to find out whether any of you are running pucked clutch disks with the stock (though machined obviously..) flywheel and to what effect?
I am unsure what compound is used on the clutch disk I have, it's an ACT 6240607 which is their sprung centre 6 puck disk. How will it go biting into the stock flywheel material? I didn't really want to go with an aftermarket flywheel due to the cost and the decreased driveability (will be hard enough with the 6 puck)
After having my flywheel machined and installed with a stock clutch kit last time, after the teardown there were signs of stress over the flywheel, not hot spots but fine hairline cracks appearing in places... My theory is the clutch must have been seriously heated up in the past. And thus softened the flywheel in places *shrugs*
I have another standard flywheel I'll be using this time, but I'm still wary as to whether it'll handle the punishment.
Any past experiences with this would be great to hear,
Thanks everyone. Ash.
I'm trying to find out whether any of you are running pucked clutch disks with the stock (though machined obviously..) flywheel and to what effect?
I am unsure what compound is used on the clutch disk I have, it's an ACT 6240607 which is their sprung centre 6 puck disk. How will it go biting into the stock flywheel material? I didn't really want to go with an aftermarket flywheel due to the cost and the decreased driveability (will be hard enough with the 6 puck)
After having my flywheel machined and installed with a stock clutch kit last time, after the teardown there were signs of stress over the flywheel, not hot spots but fine hairline cracks appearing in places... My theory is the clutch must have been seriously heated up in the past. And thus softened the flywheel in places *shrugs*
I have another standard flywheel I'll be using this time, but I'm still wary as to whether it'll handle the punishment.
Any past experiences with this would be great to hear,
Thanks everyone. Ash.