I've never heard of Ace, but apparently it works for you guy's. Is the gearbox in your car faceplated? Do you the clutch when you shift it? I suprised you are'nt using a heavier clutch/flywheel assembly for a drag car. Mine only weighs 16-17 lbs.
__________________ '99 SS Camaro #3789 6 speed custom Carbon lid, SSR competition 18's, macs with o/r, asp pullies, gms, star 3, aluminum flywheel, 4.10, sealed hood, slot car lca@ pahard, ls1 12.6 @ 112.8 1.93 60' .......now crate ls6 11.88 @ 119.4 1.85 60' (on 18's) 407.1 rwhp & 388.7 rwtq--------------///// '03 2500HD ecsb 4x4 6.0, 4:10, locking diff, UPD, desreened maf 16.1@ 86
Nice! I ran a Quartermaster 5.5" triple disc on my racecar, so I know how the engagement feels with one of those suckers. Anybody that runs a Spec 5 or any other heavy duty clutch and thinks those engage hard have no idea!
What type of racing are you using the clutch for?
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Chris Smith~1999 Camaro SS, Vortech G-Trim, Stock Bottom End, ARE Heads, ARE 222/230 Cam, LS6 Intake, FLP LT's, 3" Duals, M6, Pro5.0, Spec5, 12-Bolt 4.11's, Dennys DS, Racetronix FP, Random Tech TA, QA1's, 50K Miles, 537RWHP/496TQ
I was getting tired of the week after market pressure plates making the clutch pedal go away at high rpm's. I think that problem has been aleviated. the gearbox is also face plated
__________________ '99 SS Camaro #3789 6 speed custom Carbon lid, SSR competition 18's, macs with o/r, asp pullies, gms, star 3, aluminum flywheel, 4.10, sealed hood, slot car lca@ pahard, ls1 12.6 @ 112.8 1.93 60' .......now crate ls6 11.88 @ 119.4 1.85 60' (on 18's) 407.1 rwhp & 388.7 rwtq--------------///// '03 2500HD ecsb 4x4 6.0, 4:10, locking diff, UPD, desreened maf 16.1@ 86
Mine is faceplated and I don't use the clutch on the shift. My cluch pressure plate and flywheel weight 22lbs. The heavy flywheel thing only helps when you can't adjust the clutch. I can adjust the base pressure along with the centrifical counter weight.
My tranny has lasted for a lot of passes, the slipper clutch helps with the shock load on the tranny. The clutch I have is the same one that the prostock cars use. It is 6.25 inches in diameter, and has 3 discs. You will not be able to shift that clutch clutchless, as it has too much clamp load. If you try and shift it without the clutch it will break the lugs off of the gears.
I would imagine it wont last long, and be horrible to drive with. I can only guess you must be pushing some serious rpm's to feel the need to use such a clutch ?
As there any fear of that flywheel/ring gear holder disintegrating at high rpm ? Looks quite flimsy ?
When I drove one it was like an on/off switch. Mine was a Quartermaster, and yours is a Tilton of course. I really can't see there being much of a difference though.
Can you slip it at all from a stop? Is there much throw in the clutch pedal?
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Chris Smith~1999 Camaro SS, Vortech G-Trim, Stock Bottom End, ARE Heads, ARE 222/230 Cam, LS6 Intake, FLP LT's, 3" Duals, M6, Pro5.0, Spec5, 12-Bolt 4.11's, Dennys DS, Racetronix FP, Random Tech TA, QA1's, 50K Miles, 537RWHP/496TQ
When I drove one it was like an on/off switch. Mine was a Quartermaster, and yours is a Tilton of course. I really can't see there being much of a difference though.
Can you slip it at all from a stop? Is there much throw in the clutch pedal?
Throw should be the same. But I'd agree...such a small diameter clutch must be horrible to drive with in terms of stop start.
Also, torque carrying ability from such a small diamter must be a lot lower than an equivalent larger diamter clutch for any given clamp pressure. So I assume these clutches are pretty heavy ??
It looks like a Quartermaster Tri-Lite throwout bearing, but I could be wrong.
Quote:
Originally Posted by stevieturbo
Throw should be the same.
Actually Stevie, the throw needed to disengage these clutches is minimal. Manufacturers recommend installing a pedal stop to keep from pushing the fingers in too far because it can damage the clutch. With a 5.5" Quartermaster triple disc clutch and 3/4" master cylinder, it only took about 2" of pedal movement to fully disengage the clutch.