997.2 Front Rotor Cost
#16
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I like the PCCB and have not had an issue with replacement and price. Guys make a whole season of real racing on one set, barring contact. I will stay with them and my next will not be irons. If everyone purchased only what was the cheapest none of us would have a Porsche to begin with.
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I was told by an experienced RS owner, that the rotors will last a few seasons of 9-12 events per season, as long as you bed in the pads. Pad wear is almost 100% dependent on driving style. Some people use several sets per 9-12 event season, while other only use 1 or 2. The important thing is to bed in the pads so they apply an even coating to the rotor surface and then change the pads early to void chance of damage. He also recommended against the harder racing pads.
I personally think $18,000 for a set of 4 rotors is ridiculous. Porsche is gouging big time with that price.
I personally think $18,000 for a set of 4 rotors is ridiculous. Porsche is gouging big time with that price.
Last edited by BBTurbo; 08-04-2009 at 08:12 PM.
#18
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$620*2=$1240
$8990/1240=7.25
Given ceramics last longer, bite better, inspire greater confidence and are lighter (for you fast guys) then the gap is narrowing, and as a consequence the premium is diminishing.
E.G. If the ceramics last 4 times longer than "iron' then they are only (approx) 2 times more expensive with their added benefits. YMMV!
$8990/1240=7.25
Given ceramics last longer, bite better, inspire greater confidence and are lighter (for you fast guys) then the gap is narrowing, and as a consequence the premium is diminishing.
E.G. If the ceramics last 4 times longer than "iron' then they are only (approx) 2 times more expensive with their added benefits. YMMV!
The other thing is to evaluate both braking systems on an apples to apples comparison. Comparing both with factory pads, PCCBs have the advantage in tolerating heat and maintaining braking performance. Rotor wear is not an issue with factory pads. Switch to a much better race pad, as a lot of us run, and it is a completely different comparison. When you look at a full race pad, you can get better bite than any of the choice pads for PCCBs. In fact, these pads are so aggressive they can tear a PCCB rotor. The downside is these aggressive brake pads wear rotors a lot faster. So it is basically braking performance versus wear. This would be a nice trade staudy as we get some track performance knowledge on the new brake system.
#19
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After casting and pre- machining the grey cast iron friction ring, the stainless steel pins are secured in the friction ring with a light press fit. This unit is placed in a chill mould. When aluminum is poured into the chill mould the steel pins are cast-in, the brake disc center section is formed by the inner mould of the chill mould and a fixed connection is created between the friction ring and brake
chamber.
chamber.
#20
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There is nothing that equals the "initial" bite of the ceramics (imo), the guys with "premature" problems might stay on them too long!
In the popular vernacular:- "once you go ceramics, you can never go back"
#22
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Tell us your detailed experience with ceramics,... #of laps, # of miles, daily temperatures. Gen 1 versus Gen2 and Gen 3. etc.
There is nothing that equals the "initial" bite of the ceramics (imo), the guys with "premature" problems might stay on them too long!
In the popular vernacular:- "once you go ceramics, you can never go back"
There is nothing that equals the "initial" bite of the ceramics (imo), the guys with "premature" problems might stay on them too long!
In the popular vernacular:- "once you go ceramics, you can never go back"
The part of the ride that will see me back paying for CCBs in the next car is the driving. I know the .2 steels narrow the performance gap, but the combination of unsprung weight and the pedal feel as well as no lingering doubts about CCB durability.
I'm not really advocating CCBs as a generalizaton, but if you can put your foot on the brake and you're willing to pay an extra $8K +/- for the pedal to "feel different" then it's worthwhile in the overall expense of a new car.
As for doing the math, if you have a car and it needs rotors, it's cheaper to trade it on a car with fresh brakes. : )
#23
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Let me see if I have this straight....
You had ceramics, then you didn't have ceramics, now you want ceramics?
I think you proved my point (and paralleled my experiences)
QED!
You had ceramics, then you didn't have ceramics, now you want ceramics?
I think you proved my point (and paralleled my experiences)
QED!
#24
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: )
No, I don't know anyone that parallels your Porsche purchases, but I was trying to illustrate that there's two sides to the rotor. And right now, subjectively, the business of selling my '07 GT3 makes me see the merits in the resale value of steels.
#26
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Here's my glass-half-full view. In addition to all the known benefits:
They're 1/4 the price of carbon/carbon brakes.
They're nearly 50% cheaper than the same option offered by Ferrari.
They're nearly 10% cheaper than the same option for the poor blokes in the UK, and that's not factoring in VAT.
They drop over 40lbs of static weight; significantly magnified on rotational basis. Anyone that's tried to achieve similar impact without negatively impacting daily driveability knows what this means.
Replacement cost will come down (http://www.autonews.com/article/2009...906129996/1189)
They're 1/4 the price of carbon/carbon brakes.
They're nearly 50% cheaper than the same option offered by Ferrari.
They're nearly 10% cheaper than the same option for the poor blokes in the UK, and that's not factoring in VAT.
They drop over 40lbs of static weight; significantly magnified on rotational basis. Anyone that's tried to achieve similar impact without negatively impacting daily driveability knows what this means.
Replacement cost will come down (http://www.autonews.com/article/2009...906129996/1189)
#27
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Here's my glass-half-full view. In addition to all the known benefits:
They're 1/4 the price of carbon/carbon brakes.
They're nearly 50% cheaper than the same option offered by Ferrari.
They're nearly 10% cheaper than the same option for the poor blokes in the UK, and that's not factoring in VAT.
They drop over 40lbs of static weight; significantly magnified on rotational basis. Anyone that's tried to achieve similar impact without negatively impacting daily driveability knows what this means.
Replacement cost will come down (http://www.autonews.com/article/2009...906129996/1189)
They're 1/4 the price of carbon/carbon brakes.
They're nearly 50% cheaper than the same option offered by Ferrari.
They're nearly 10% cheaper than the same option for the poor blokes in the UK, and that's not factoring in VAT.
They drop over 40lbs of static weight; significantly magnified on rotational basis. Anyone that's tried to achieve similar impact without negatively impacting daily driveability knows what this means.
Replacement cost will come down (http://www.autonews.com/article/2009...906129996/1189)
I can't explain why it always takes so long to read your posts ... I seem to be distracted from the text ...
#29
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Now back to the brakes...so the new rotors are double the cost of replacement slotted rotors from DeMan or Protosport. How long will they last? Maybe longer since they are larger and the aluminum components are better at dissipating the heat? Shorter because there is less material to wear away? Shorter because the pins which connect the centers to the friction rings will fail? Your speculation here.