RPS Formula 1 Style Carbon-Carbon Brake Kit
RPS Formula 1 Style Carbon-Carbon Brake Kit
I was in the market for a Carbon Brake Kit for a while. I heard great things about RPS with there Carbon-Carbon Brake Kit so I gave them a chance. This kit also includes carbon brake pads as well. Evoms and RPS worked together to fit a 380mm rotor upfront with an 18" wheel. I stopped from 219.2mph this past weekend and had zero fade. It's a good amount lighter than PCCB as well. I saved almost 70lbs of rotating mass with the carbon pads. No chipping or wearing like PCCB as well. The price was not bad either. Evoms sells this kit for $11,000 plus install. Evoms has the exclusive rights to sell for RPS in the porsche platform. Only downside to these is that you can not drive them in the rain. My car doesn't see rain so there is not a problem for me.
Any questions let me know! Happy to answer!
Any questions let me know! Happy to answer!
they soak up water when they get wet and you cant really stop until they are dry. otherwise they are a sick option for a car like this.
__________________
#TeamAIM
997TT SilverSpool - 210.8 mph 1/2 Mile WR Apr 2019, 9.2 @ 168 mph 1/4 Mile Manual World Record , 3.15 60-130 mph , 2.72 100-150 mph , 1400whp E85
996TT SpoolBus - 204.6 mph 1/2 Mile 996TT WR Aug 2018, 9.5 @ 154 mph, 3.23 60-130 mph, 2.5 100-150 mph Manual Porsche World Record, 1400whp E85
997TT SlowBerry - 205.0 mph 1/2 Mile WR Nov 2018, 9.7 @ 170 mph 1/4 Mile , 3.2 60-130 mph , 2.4 100-150 mph , 1420whp E85
ESMOTOR | DO88 | TPC DSC | SYVECS | COBB | IPD | KLINE | XONA | AMS | ID | ERP | SACHS | TURBOSMART | CSF | DODSON |
#TeamAIM
997TT SilverSpool - 210.8 mph 1/2 Mile WR Apr 2019, 9.2 @ 168 mph 1/4 Mile Manual World Record , 3.15 60-130 mph , 2.72 100-150 mph , 1400whp E85
996TT SpoolBus - 204.6 mph 1/2 Mile 996TT WR Aug 2018, 9.5 @ 154 mph, 3.23 60-130 mph, 2.5 100-150 mph Manual Porsche World Record, 1400whp E85
997TT SlowBerry - 205.0 mph 1/2 Mile WR Nov 2018, 9.7 @ 170 mph 1/4 Mile , 3.2 60-130 mph , 2.4 100-150 mph , 1420whp E85
ESMOTOR | DO88 | TPC DSC | SYVECS | COBB | IPD | KLINE | XONA | AMS | ID | ERP | SACHS | TURBOSMART | CSF | DODSON |
A lot of cars have pure carbon rotors from the factory and have no issues in rain. Every ferrari, lamborghini, and corvette zr1/zo6 falls into this category.
True but they could still be driven in the rain
This makes sense^. But this was a limitation of carbon rotors years ago. This is strange. I would have gotten the MovIT rotors.
This makes sense^. But this was a limitation of carbon rotors years ago. This is strange. I would have gotten the MovIT rotors.
A lot of cars have pure carbon rotors from the factory and have no issues in rain. Every ferrari, lamborghini, and corvette zr1/zo6 falls into this category.
True but they could still be driven in the rain
This makes sense^. But this was a limitation of carbon rotors years ago. This is strange. I would have gotten the MovIT rotors.
True but they could still be driven in the rain
This makes sense^. But this was a limitation of carbon rotors years ago. This is strange. I would have gotten the MovIT rotors.
Trending Topics
Movit are just repackaged Surface Transform brakes. May as well buy them straight from ST's website. Not cheap though at £4000 + 20% VAT front and rear excluding pads (and maybe callipers if needed). I think they've go it really wrong trying to compete with OEM Brembo price points even if they do have a few USPS. £10000 + ($16000) for carbon brakes is just nuts when you can buy GiroDiscs/RS29s for 1/5 of the price.
Honestly ceramics should be like 7-8k at this point. If that.
Movit or ST and can you remember what was included as some of these ceramic discs do not fit with normal OEM 997 turbo callipers? Is the dollars or pounds? I agree with you re price point. They've got it completely wrong.
Re: speedsterr: "A lot of cars have pure carbon rotors from the factory...".
Beg to differ. PCCB's, and the ones cited are not "pure carbon". They are a carbon matrix treated with a ceramic coating. The "cooking" of the discs takes a very very long time, using huge amounts of fuel (electric or gas), and are then finish-machined individually. Expensive process. At some point, hopefully soon, a larger-scale, less "fussy" process will appear.
Interesting to note these discs seem to be made of mechanically fastened segments..riveted?
Beg to differ. PCCB's, and the ones cited are not "pure carbon". They are a carbon matrix treated with a ceramic coating. The "cooking" of the discs takes a very very long time, using huge amounts of fuel (electric or gas), and are then finish-machined individually. Expensive process. At some point, hopefully soon, a larger-scale, less "fussy" process will appear.
Interesting to note these discs seem to be made of mechanically fastened segments..riveted?
Re: speedsterr: "A lot of cars have pure carbon rotors from the factory...".
Beg to differ. PCCB's, and the ones cited are not "pure carbon". They are a carbon matrix treated with a ceramic coating. The "cooking" of the discs takes a very very long time, using huge amounts of fuel (electric or gas), and are then finish-machined individually. Expensive process. At some point, hopefully soon, a larger-scale, less "fussy" process will appear.
Interesting to note these discs seem to be made of mechanically fastened segments..riveted?
Beg to differ. PCCB's, and the ones cited are not "pure carbon". They are a carbon matrix treated with a ceramic coating. The "cooking" of the discs takes a very very long time, using huge amounts of fuel (electric or gas), and are then finish-machined individually. Expensive process. At some point, hopefully soon, a larger-scale, less "fussy" process will appear.
Interesting to note these discs seem to be made of mechanically fastened segments..riveted?
A lot of cars have pure carbon rotors from the factory and have no issues in rain. Every ferrari, lamborghini, and corvette zr1/zo6 falls into this category.
True but they could still be driven in the rain
This makes sense^. But this was a limitation of carbon rotors years ago. This is strange. I would have gotten the MovIT rotors.
True but they could still be driven in the rain
This makes sense^. But this was a limitation of carbon rotors years ago. This is strange. I would have gotten the MovIT rotors.







