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Pagid Race Pad Set - 2405
Fits Front: - Porsche 911 996 1999 - 2005
- Porsche 911 997 2005 - 2009
- Porsche Boxster S 2000 - 2011
- Porsche Boxster Spyder 2011-2012
- Porsche Cayman S 2006 - 2011
- Porsche Cayman R 2012
- Porsche Cayman (non S) 2009 - 2011
Fits Rear: - Porsche 911 996 Carrera Cup 1997 - 2001
- Porsche 911 996 GT3 1999 - 2005
- Porsche 911 996 Turbo 2000 - 2005
- Porsche 911 997 Carrera 2S & Carrera S4 2005-2008
The Pagid 2405 pad shape is used many Porsche models and may be either a front or rear pad depending on the application. More professional race teams use Pagid pads and any other brand of racing brake pads. Compounds to suit any track or driving style. Consistent performance is what drivers love about Pagid pads. Paragon products is a Master Warehouse Distributor for Pagid Race Pads so we have the pad shapes and compounds you want. Now available in the new RSC compound for use with factory ceramic (PCCB) rotors. The RSC 1 compound is a sprint race and track day compound that features an ideal combination of cold friction, fade resistance and low thermal oxidation of the disc surface fibers. The new RST 3 is a metal-ceramic compound that provides medium to high friction with good initial bite, excellent modulation and release characteristics. Fade resistant up to 800 degrees Celsius.
SPECIAL -Each axle set of Pagid Race or "S" Sport pads you can add one liter of ATE TYP200 or a 500ml Motul 600 brake fluid for a $1. If you prefer you can choose no brake fluid at all.
Pagid Racing Brake Pads 2405
PAGID Race Pad Fitting Instructions
The new brake pads must move freely in their guides. If necessary remove paint from the contact faces. Delayed release and taper wear can occur if pads do not have enough clearance.
The outer radius of the friction material must align with the brake disc’s outer radius. Especially with custom made uprights (knuckles) or custom made caliper mounting brackets very often pads do not align properly with the brake disc. It is advisable to place a note at the steering wheel to let the driver know new pads had been installed.
Never lay hot pads up side down i.e. with the friction material onto the ground unless you throw them away anyway. Asphalt, rubber, oil etc. can melt into the friction material.
PAGID Racing Brake Pad Bedding
See brake pad bedding procedure
If pads do not get bedded properly and / or used to hard right out of the box will likely lead to pad glazing. Pad glazing is a condition where the resins in the pad crystallize on both, the pad friction surface and the brake disc surface, resulting in poor stopping performance, brake judder and vibrations.
Also rapidly escaping volatile elements and moisture from the resin would seek an immediate escape route out of the friction compound, creating small fissures that would lead shortly to cracking and chunking.
Heat Cracks in Racing Brake Pads and Discs
Multiple small heat cracks (hairline cracks) are normal and accepted for this type of use. Heat cracks on brake discs must not reach to the outer or inner edge of the disc.
Racing Brake Pads and Humidity
When washing the car we recommend removing race brake pads or driving the car after washing and apply the brakes a few times in order to dry the brake pads. Water and even humidity of the air can slightly alter the friction behavior of racing brake pads. Some pro race teams use “storage” or “transport” pads and store the real race pads in a Zip-Lock bag until their next race.
Avoiding Brake Judder
During bedding and shortly after, some judder is quite normal but should disappear after 5 to 10 laps. Changing back and forth between two incompatible friction materials (e.g. racing brake pads of different brands or street pads) can cause uneven build-up of pad material on the disc surface and can consequently lead to brake judder. Judder is the result of a thickness variation in pad buildup on the disc surface. Brake judder can be from a barely noticeable vibration to a violent judder. When you install Pagid race pads on top of a layer of an incompatible pad material, bedding might take much longer or in worst case won't work at all. It can also result in sub-optimal brake performance.
Another reason for uneven pad transfer is called 'imprinting'. After coming to a complete stop with hot brakes (in the pits or after a spin), do not keep your foot on the brake pedal. The hot pads can leave a deposit behind that in turn again can cause judder and vibrations.
Bigger vs Smaller Pad
A larger friction surface will not improve stopping power. The amount of pressure applied, coefficient of friction and the disc diameter determine stopping force. A bigger pad does not apply more pressure, only the same pressure over a bigger area. The size of the pad matters in terms of heat capacity and wear rate. A larger pad will absorb more initial heat and has better wear characteristics.
Pad Fade vs Brake Fluid Fade
1.) pad fade
When the temperature at the interface between the pad and the disc exceeds the thermal capacity of the pad, the pad loses friction capability mainly due to out-gassing of binder (matrix) materials in the pad compound. The brake pedal remains firm and solid but the car will not stop no matter how hard you push on the pedal. The first indication is a distinctive smell, a signal to back off. Solutions: better cooling, higher mass brake discs size and vane configuration or higher heat range pad compound.
2.) fluid fade
Boiling brake fluid develops gas bubbles in the calipers. The brake pedal becomes soft and pedal travel increases (because gas is compressible). One can still stop the car by pumping the pedal but efficient modulation is gone. This is a gradual process with advanced warning. The damaged fluid must be completely replaced. Correcting the problem is improved cooling and / or may only require new or higher grade racing brake fluid. The importance of keeping fresh brake fluid in the system and regular bleeding (before every session) cannot be overstressed.
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Watch The Temps!
It is highly recommended that brake temperatures are being monitored. Three temperature brake paints or similar products should be used. Ideally, the green paint (430°C / 806°F) should be completely oxidized (turns white), the orange paint (560°C / 1040°F) should be symmetrically beginning to oxidize and the red paint (610°C / 1130°F) should be un-touched or change only slightly.
Caliper temperatures can be monitored with temperature strips.
Checking the temperatures in the pit lane with a thermometer is a good way to oversee brake bias.
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Features
Pagid "S" or "Sport" - This is a high performance compound with good fading characteristics and high cold friction. The most comfortable medium friction sport compound. The Sport Pad is street legal, rotor friendly and OE on various Ferraris and Corvettes. PAGID "S" Brake Pads are dipped in a anti-corrosion blue paint, with a layer also on the friction surface. This paint coating will disintegrate during the first braking applications without any loss of friction compared to our other non-coated compounds. In addition a majority of the "S" Line come with anti-noise shims. The "S" compound is the PAGID RS 4-2-1.
RS-14-Black - This is a high friction value ceramic compound with very good modulation, high fade resistance, low heat conductivity, and a good wear rate up to a constant temperature of 650 degrees Celsius (1202 degrees Fahrenheit). It is kind on discs, (with visible grooving, but no tendency to crack discs). Applications: Super Touring, WSC, Trans Am, and Rallye.
RS-15 Gray - Very high torque compound. It combines a 20% higher friction value than the RS14 with a slightly increased pad wear. Needs finesse to avoid over braking the car. Good release characteristic. Although the RS15 has a very good modulation (controllability) it might have an excessive bite for some applications, as lightweight cars or cars with boosted brakes.
RS-19 Yellow - Best compound for endurance racing on the basis of the RS 14. A slight reduction of the friction value improves the modulation (controllability). Nevertheless, the friction value is enough for cars without power-assisted brake system and ensures comfortable low effort on the brake pedal. Constant temperatures up to 600°C (1.100°F) are possible. The combination of friction value, fading stability and low wear rates on pads and discs (rotors) realized with this pad compound is unmatched up to now. Due to its outstanding wear rate and driveability PAGID endurance materials are often used at sprint races as well. A multiple winner of Daytona 24h, Le Mans 24h, Sebring 12h, Spa 24 h, Nürburgring 24h, often with no pad change and usually no disc (rotor) change.
RS-29 Yellow - New endurance compound. This compound combines the outstanding wear rate of the RS19 with a slightly higher coefficient of friction and initial bite. Due to its outstanding wear rate and driveability PAGID endurance materials are often used at sprint races as well.
RS-44-Orange - This compound has a very good fade resistance and a higher average friction value than the RS 4-2. It is rotor friendly with a very foreseeable non-aggressive friction behavior (stable torque). It is a very good rear compound for Touring Car applications in combination with RS 14 front pads. It’s main application is Porsche 911 racing. It is used on either Short Track or Long Distance; also for front and rear axles.
RSC 1: Sprint race and track day compound for Porsche ceramic brake discs. This friction material gives you the ideal combination of cold friction performance, fade resistance and low thermal oxidation of the brake disc surface fibers.
RST 3: This is a medium to high friction metal/ceramic type compound with good initial bite and excellent modulation and release characteristics. Medium torque and fade resistant up to 800 degrees Celsius. The RST 3 has the lowest thermal conductivity of the RST lineup.
RSL 1: Long distance/endurance compound with very good pad and disc wear, as well as friction stability vs. temperature. Low pedal effort, slightly progressive in-stop behavior but still good modulation.
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