Clutch slip or TIP collapse?
#31
RE: Clutch slip or TIP collapse?
ORIGINAL: diehlryan
i swear ECS had a Stage 1 for the 225 quatrro but I can't find it. I know people have been happy with SPEC.
i swear ECS had a Stage 1 for the 225 quatrro but I can't find it. I know people have been happy with SPEC.
#32
RE: Clutch slip or TIP collapse?
ORIGINAL: MeanAudiA6
spec all the way...most advanced pressure plate on the market for the TT
spec all the way...most advanced pressure plate on the market for the TT
how the close is it to the stock feel ? Will my leg be hurting after sit and go traffic? I want to upgrade my clutch in my 180TTQ but im scared to end up with a bad ride everyday. I want only to improve from the stock clutch, not downgrade.
#34
RE: Clutch slip or TIP collapse?
its not gonna make your leg hurt unless your a girl....lol IMO driving a stick as a daily driver isnt very fun anyway.....dont get me wrong i love "driving a manual" but it does get old every day/.......esp in traffic.....i cant wait till Aug when i get my daily driver and winter car.....2001 Jeep grand cherokee loaded...i will enjoy the TT that much more because i wont have to drive it everywhere lol
#35
RE: Clutch slip or TIP collapse?
ORIGINAL: TSRgeneral
Did you end up changing the clutch yet ?
Did you end up changing the clutch yet ?
#36
RE: Clutch slip or TIP collapse?
I believe the stock clutch is like 22lbs and to upgrad I think it goes down to 14lbs or so. You can buy the spec clutchs from specclutch's web site, just type it in a search engine.
So, the more horsepower you are running, the more force you need to hold the clutch to the flywheel. The higher rated the clutch is, the harder the clutch will be to push in. An offset to this would be a different slave cylinder, although to reduce to reduce the forces of the clutch, the travel between fully engaged and disengaged would have to increase.
Hopefully I explained that well enough and if not, maybe someone else can explain it a little better than I.
#38
RE: Clutch slip or TIP collapse?
Basically the flywheel bolts directly to the crank of the engine. Ithas a friction plate mounted to it. This is the area where thetransmittion makes contact to the engine through the clutch. The clutch is attached to the transmittion and is basically another priece of high friction materialthat uses springs to press itself against the friction plate of the flywheel.
When you press the clutch pedal, you are basically pulling back on the pressure springs of the clutch to create a gap between it and the flywheel friction plate. The more horsepower you have, the stronger these springs need to be (and the harder the clutch pedal is to push in), as well as needing a higher friction coeffiencent between the 2 mating materials.
That's a simplistic way of looking at it, but hopefully that helps.
When you press the clutch pedal, you are basically pulling back on the pressure springs of the clutch to create a gap between it and the flywheel friction plate. The more horsepower you have, the stronger these springs need to be (and the harder the clutch pedal is to push in), as well as needing a higher friction coeffiencent between the 2 mating materials.
That's a simplistic way of looking at it, but hopefully that helps.