992 Turbo/Turbo S

Girodisc 1740 Brake Pads The Girodisc 1740 provides improved bite, smooth modulation, and consistent braking for Porsche drivers who want enhanced performance without excessive dust or noise. Ideal for spirited road use, these pads offer excellent cold bite and stable friction while remaining quiet and easy to control. They are a direct-fit option for Girodisc 2-piece rear rotor systems. Fits the Following Vehicles: Make Model Build (Year) Front Rear Porsche 918 Spyder 13 - 15 X Porsche 991 GT3 [ceramic brakes] 15 - 18 X Porsche 991 GT3 [iron brakes] 15 - 18 X Porsche 991 GT3 RS [ceramic brakes] 15 - 18 X Porsche 991 GT3 RS [iron brakes] 15 - 18 X Porsche 991 Turbo [ceramic brakes] 13 - X Porsche 991 Turbo [iron brakes] 13 - X Porsche 991 Turbo S [ceramic brakes] 13 - X Porsche 991 Turbo S [iron brakes] 13 - X Porsche 991.2 GT2 RS [ceramic brakes] 18 - X Porsche 991.2 GT3 [ceramic brakes] 18 - X Porsche 991.2 GT3 [iron brakes] 18 - X Porsche 991.2 GT3 RS [ceramic brakes] 18 - X Porsche 991.2 GT3 RS [iron brakes] 18 - X Porsche 991 R [ceramic brakes] 16 - X Porsche 991 911 Speedster [iron brakes] 19 - X Porsche 992 3.0 Carrera 4S [ceramic brakes] 18- X Porsche 718 Cayman GT4 4.0 [982] [cast iron brakes] 19 - X Porsche 718 Cayman GT4 4.0 [982] [ceramic brakes] 19 - X Porsche Cayman GT4 [981] 16 - X Porsche Cayman GT4 [981] [ceramic brakes] 16 - X Porsche 992 Turbo [iron brakes] 2020 - X Porsche 992 GT3 [iron brakes] 2021 - X Porsche 992 Carrera S [ceramic brakes] 2018 - X Porsche 992 GT3 [ceramic brakes] 2021 - X Porsche 992 Turbo [ceramic brakes] 20 - X Porsche 718 Cayman GT4 4.0 RS [982] [cast iron brakes] 21 - X Porsche 718 Cayman GT4 4.0 RS [982] [ceramic brakes] 21 - X Note: Designed specifically for Girodisc rear two-piece steel rotors, not PCCB systems. GiroDisc GP10 Compound refined for the street but built to perform Designed for performance-minded drivers, the GP10 semi-metallic brake pads strike the perfect balance between daily drivability and occasional track use. Optimized for street conditions, they offer a quiet, lower-dust experience without sacrificing the confident stopping power you need when the pace picks up. Whether you're navigating traffic or hitting the occasional track day, these pads deliver a responsive pedal feel, excellent heat resistance, and consistent braking performance. Built for longevity and reliability, they’re the ideal upgrade for enthusiasts who want everyday comfort with the capability to push harder when it counts. For drivers planning extensive track sessions or more aggressive track driving, we recommend considering our dedicated race pads, engineered to handle the extreme heat and demands of frequent high-performance track use. GiroDisc GP30 Compound - endurance race pad Our GP30 compound is an all-around endurance race pad. The GP30 is designed to work with street car ABS as well as motorsport-grade ABS found in factory-built race cars. These pads work with a wide range of tires, from DOT street tires to R-compounds to full race slicks. GiroDisc GP35 Compound - A race pad for all occasions Our GP35 compound combines the best of both worlds into one all-around race pad. We took some of the longevity of our endurance pads, some of the bite of our sprint pads, and worked to develop a compound that can do it all. As a bonus, it’s easy to bed, which means less time figuring your brakes out, and more time driving on the track. The GP35 is designed to work with street car ABS as well as motorsport-grade ABS found in factory-built race cars. The torque curve is designed to be smooth and linear, which leads to superior modulation and release under trail braking. These pads work with a wide range of tires, from DOT street tires to R-compounds to full race slicks. It has become our most popular compound and is the compound we recommend most frequently to track day drivers and shops running cars in professional racing series. Note: this compound is only compatible with iron rotors. GiroDisc 1740 Features • High-performance street-focused compound• Low dust and reduced noise levels• Strong cold bite for daily street use• Smooth, predictable pedal modulation• Stable friction across a broad temperature range• Direct-fit for Girodisc rear brake systems• Sold/priced per rear axle set GiroDisc 1740 Specifications • Compound: GP10 Street Performance• Position: Rear• Compatibility: Girodisc steel rotors• Operating Range: Optimized for street temperatures• Includes: One complete set of rear brake pads Girodisc 1740.18 Rear Pad FAQs Are these pads quiet enough for daily use? Yes. The GP10 compound is engineered to minimize noise and vibration while delivering excellent braking feel. Can these pads be used with OEM Porsche rotors? While they may physically fit, they are optimized for performance and wear when paired with Girodisc two-piece rotors. Are these suitable for track days? They can handle light HPDE use, but for full track sessions a more aggressive compound like Girodisc GP30 or the best selling GP35 are recommended. Do these pads create less dust than OEM pads? Yes. GP10 pads produce noticeably less dust, helping keep your wheels cleaner. How do these compare to factory Porsche performance pads? GP10 pads offer smoother modulation, better cold bite, and significantly reduced dust, making them ideal for spirited street driving. Enhance your Porsche's rear braking confidence with Girodisc GP10 Street Pads GP10-1740.18 — engineered for clean, quiet, and consistent performance.

Race Technologies Front Brake Pad 2450 Race Technologies 2450 Brake Pad Fitment Guide Make Model Build (Year) Front Rear Porsche 991 GT3 [iron brakes] 14 - 16 X Porsche 991 GT3 RS [iron brakes] 16  X Porsche 991 Turbo [iron brakes] 13 - 19 X Porsche 991 Turbo S [iron brakes] 13 - 19 X Porsche 991.2 GT3 [iron brakes] 18 - 19 X Porsche 991.2 GT3 RS [iron brakes] 19 X Porsche 991 911 Speedster [iron brakes] 19 X Porsche 992 3.0 Carrera S [iron brakes] 20 - X Porsche 992 3.0 Carrera 4S [iron brakes] 20 - X Porsche 718 Cayman GT4 4.0 [982] [cast iron brakes] 19 - X Porsche Cayman GT4 [981] 16 -20 X Porsche 718 Cayman GTS 4.0 [982] [cast iron brakes] 2016 X Porsche 992 Turbo [iron brakes] 20 - X Porsche 992 GT3 / GT3RS [iron brakes] 22 -  X Porsche 718 Cayman GT4 4.0 RS [982] [cast iron brakes] 23 - 25 X Typical Applications: Professional Endurance Racing, Club Racing, and HPDE on high demand brake platforms. Race Technologies 2450 Brake Pads The Race Technologies 2450 brake pad is a large-format performance pad shape designed for demanding track and motorsport applications for a large number of Porsche models. Measuring approximately 198mm x 80mm with a D62 profile, the 2450 shape provides a substantial friction surface for high-capacity braking systems used on performance and race vehicles. Competition Motorsport offers the Race Technologies 2450 brake pad in RE10 and TS20 compounds, allowing drivers to choose the friction characteristics best suited to their vehicle, tires, driving style, and intended use. Race Technologies 2450 Brake Pad Specifications Pad Shape: 2450 / P1120.18 Dimensions: 198mm x 80mm Profile: D62 Available Compounds: RE10 and TS20 Application: High-performance, track, and motorsport braking systems The distinctive 2450 pad profile makes proper shape identification especially important. Compare the pad outline and dimensions shown in the technical drawing with your existing brake pad or caliper requirements before ordering. Race Technologies 2450 Brake Pad Compound Comparison RE10 Compound Race Technologies RE10 is designed for drivers seeking strong, predictable braking performance with excellent modulation and consistency. It is well suited to demanding track-day, HPDE, and motorsport applications where repeatable pedal feel and confidence under braking are priorities. TS20 Compound Race Technologies TS20 is intended for more aggressive, high-temperature use where sustained braking loads require increased thermal capability and consistent performance throughout a session. Choosing the correct compound depends on vehicle weight, tire grip, brake temperatures, track configuration, and driver preference. Contact Competition Motorsport if you need help selecting between RE10 and TS20 for your application. Why Choose Race Technologies 2450 Brake Pads? The 2450 pad shape is designed for braking systems that must repeatedly manage substantial heat and braking energy. Combined with Race Technologies performance-focused friction compounds, the 2450 provides a strong solution for drivers looking for dependable braking performance on track. Whether you are replacing an existing 2450 pad or changing compounds for your next track event, verifying the pad shape is critical. Use the 2450 technical drawing, 198mm x 80mm dimensions, and D62 profile to confirm compatibility before ordering. Shop Race Technologies 2450 Brake Pads Competition Motorsport specializes in performance and racing brake components for high-performance street cars, track cars, and race vehicles. Select your preferred Race Technologies 2450 compound above, or contact our motorsports specialists for help confirming pad shape, fitment, and compound selection.

Race Technologies Rear Brake Pad 2451 RACE TECHNOLOGIES 2451 Brake Pad Fitment Guide Make Model Build (Year) Front Rear Porsche 918 Spyder 15 - X Porsche 991 GT3 [iron brakes] 14 - 18 X Porsche 991 GT3 RS [iron brakes] 16 -  X Porsche 991 Turbo [iron brakes] 13 - 19 X Porsche 991 Turbo S [iron brakes] 13 - 19 X Porsche 991.2 GT3 [iron brakes] 18 - X Porsche 991.2 GT3 RS [iron brakes] 19 - X Porsche 991 911 Speedster [iron brakes] 19 - X Porsche 718 Cayman GT4 4.0 [982] [iron brakes] 19 - X Porsche Cayman GT4 [981] 16 - 20 X Porsche 992 Turbo [iron brakes] 20 - X Porsche 992 GT3 [iron brakes] 22 - X Porsche 718 Cayman GT4 4.0 RS [982] [iron brakes] 21 - X   Typical Applications: Professional Endurance Racing, Club Racing, and HPDE on high demand brake platforms. Race Technologies 2451 Brake Pads The Race Technologies 2451 brake pad is a high-performance front brake pad shape designed for demanding street, HPDE, track day, and motorsport applications. Featuring a 187.5 mm overall width, 77 mm height, and D66 profile, the 2451 shape is engineered for high-capacity braking systems where consistent friction, thermal stability, and precise pedal control are critical. Competition Motorsport offers the Race Technologies 2451 brake pad in RE10 and TS20 compounds, giving drivers the ability to select the friction material best suited to their vehicle, tires, driving style, and operating temperatures. Race Technologies 2451 Brake Pad Specifications Pad Shape: 2451 / P1118.18 Axle Position: Rear Overall Width: 187.5 mm Overall Height: 77 mm Pad Profile: D66 Pad Thickness: 18 mm Available Compounds: RE10 and TS20 Application: High-performance street, HPDE, track day, and motorsport use depending on compound The 2451 pad shape uses a distinctive D66 profile with dual upper reliefs, wide mounting ears, and rectangular retaining openings. Because brake systems can vary by vehicle, model year, and caliper configuration, compare the 2451 pad outline and dimensions with your existing brake pad or caliper requirements before ordering. Race Technologies 2451 Brake Pad Compound Comparison RE10 Racing Compound Race Technologies RE10 is designed for demanding track and racing applications where consistent braking performance, modulation, and durability are priorities. RE10 is well suited to vehicles operating at sustained brake temperatures during HPDE, club racing, sprint racing, and endurance use. Drivers choosing RE10 should expect the characteristics of a competition-focused friction material, including increased brake dust and the potential for additional noise when used outside its intended operating temperature range. TS20 Street and Track Compound Race Technologies TS20 is designed for drivers who need strong braking performance for aggressive street driving, HPDE, and track-day use while retaining more street-friendly characteristics than a dedicated racing compound. TS20 is a strong choice for dual-purpose performance vehicles that regularly transition between street and track environments and require dependable braking response across a broad range of operating conditions. Choosing Between RE10 and TS20 Choose RE10 when your vehicle is primarily used for demanding track or racing applications where sustained heat, repeatable braking performance, and race-oriented friction characteristics are the priority. Choose TS20 for performance street, HPDE, and mixed street-and-track applications where strong braking capability needs to be balanced with more street-friendly behavior. The ideal brake pad compound can vary based on vehicle weight, tire grip, brake temperatures, rotor size, track configuration, driving style, and brake system setup. If you are unsure which compound is best for your application, Competition Motorsport can help you select the correct option. Why Choose Race Technologies 2451 Brake Pads? The large 2451 pad shape provides substantial friction area for high-performance braking systems that must repeatedly manage significant heat and braking energy. Combined with Race Technologies performance compounds, the 2451 provides a strong option for drivers who demand predictable braking, consistent pedal feel, and reliable performance session after session. Always verify the 187.5 mm width, 77 mm height, D66 profile, and 18 mm thickness against your existing brake pad before ordering to ensure proper fitment. Shop Race Technologies 2451 Brake Pads Competition Motorsport specializes in high-performance and racing brake components for street, track, and race vehicles. Select the Race Technologies RE10 or TS20 compound above, or contact our motorsports specialists for assistance confirming the 2451 pad shape, fitment, and the best compound for your application. Running a "racing use only" pad on the street could produce excessive noise and dust.Disc wear could be accelerated if driven at cold temperatures or used in the incorrect temperature range. Racing pads are designed to work in specific temperature ranges, so it's important to choose the right compound for the environment the vehicle will be used in. Pad compounds are run on a brake dynamometer over multiple brake applications ("stops") to test the materials in a controlled environment and obtain accurate data. Wear rates and operating temperatures can be influenced by car set-up, grip levels, track layout, and other variables.

Girodisc Titanium Brake Pad Shields Fitment: Porsche 991, 992, GT4 (Front) The problem of brake fluid boiling is caused by braking heat transferring from the rotors and pads directly into the fluid through the caliper pistons. When brake fluid boils, it releases air that is normally part of the molecular structure of the fluid. This air is compressible, of course, so brake pedal pressure compresses this air instead of pushing brake fluid and moving the caliper pistons. The brake pedal goes to the floor. Production street cars tend to suffer from this on track days because they don't have the extensive cooling ducts and exotic brake materials found on race cars. Race-only brake calipers generally come with titanium caliper pistons for one reason: titanium has very low thermal conductivity, which means it's bad at transferring heat. That's good if you're trying to keep your brake fluid from boiling. Here's a comparison of materials and their relative thermal conductivity ratings in Watts per meter-Kelvin (lower is better): Titanium 6AL-4V = 6.7 W/mK Steel = 52 W/mK Aluminum = 130 W/mK Most fixed calipers use aluminum pistons which are, unfortunately, excellent at transferring braking heat to your brake fluid. Our solution is to place Girodisc's thin titanium shims between each brake pad and the caliper pistons. This helps prevent braking heat from transferring into the pistons and, thus, into the fluid. For cars that are going to see hard driving or multiple track days, these shims are affordable protection against losing your brake pedal at the worst possible time, making your track day very expensive. Water-jet cut to exact size, so there's no cutting, grinding, or swearing involved. Price is per axle (four shims)

Castrol React SRF Racing Brake Fluid Ultra-High Wet Boiling Point Makes Castrol SRF A Standout Castrol React SRF Racing Brake Fluid is an ultra-high performance brake fluid popular with many of the highest performing auto racing teams around the world. The key to Castrol SRF brake fluid's performance is its silicon-ester technology. Not only is it less hygroscopic (i.e., it absorbs less water) than typical glycol-based brake fluids, Castrol SRF also reacts chemically with any absorbed water to further reduce its adverse effects on high-temperature braking performance. The result is an almost unheard of 518° F (270° C) wet boiling point, more than 100° F higher than most other racing brake fluids! Exceeds SAE 1703, ISO 4925, JIS K2233, FMVSS No. 116 DOT3 and DOT 4 specifications. Note: Castrol SRF is not a silicone-based brake fluid (i.e., DOT 5) and is compatible with most factory brake systems and fluids, including DOT 3 and DOT 4 fluids. Always follow vehicle manufacturer's recommendations when adding brake fluid. Castrol React SRF Racing Brake Fluid Typical Properties: Dry Boiling Point: 590°F (310°C) Wet Boiling Point: 518°F (270°C) Superior anti-vapor lock properties One-liter (1000ml) bottle

Girodisc Titanium Brake Pad Shields Fitment: Porsche 991, 992, GT4 Rear The problem of brake fluid boiling is due to heat transferring from the rotors and pads directly into the fluid through the caliper pistons. When brake fluid boils, it releases air that is normally part of the molecular structure of the fluid. This air is compressible, of course, and the brake pedal goes to the floor instead of moving the caliper pistons. Production cars tend to suffer from this on track days because they don't have the extensive cooling ducts and exotic brake materials found on race cars. Race-only brake calipers generally come with titanium caliper pistons for one reason: titanium has low thermal conductivity. This means it's very bad at transferring heat, which is good if you're trying to keep your brake fluid from boiling. Here's a comparison of materials and their relative thermal conductivity ratings (lower is better): Titanium 6AL-4V = 6.7 W/mk Steel = 52 W/mk Aluminum = 130 W/mk Most fixed calipers use aluminum pistons which are, unfortunately, excellent at transferring braking heat to your brake fluid. Our solution is to place Girodisc's thin titanium shims between the brake pad and the caliper pistons. This helps prevent braking heat from transferring into the pistons and, thus, into the fluid. For cars that are going to see hard or multiple track days, these shims are affordable protection from losing your brake pedal at the wrong time and making your track day very expensive. Water jet cut to exact size; no cutting, grinding, or swearing involved. Price is per axle (four shims)

HALO P1 High Performance Brake Fluid The World's Most Advanced Racing Brake Fluid Imagine you're on the race track, hitting the entry to a corner. Your foot hammers down on the brake, and you feel... absolute perfection. That's Halo P1 for you. Developed with Fade Resistant Technology, this specialist brake fluid is the secret sauce for top-tier motorsport enthusiasts worldwide. Why? Because when you're tearing up the track, the last thing you want is a mushy pedal feel. Halo P1 delivers a low and stable compressibility profile over an extended temperature range, not to mention a crazy-high dry boiling point of 341º C (646º F). All of this is to ensure your brake pedal feel remains as strong and consistent as your lap times.Sold in 590 ml (20 fl. oz.) bottles. Features & Benefits That'll Make You Weep Tears of Joy Fade Resistant Technology: Keeps your pedal feel consistent, lap after lap, so you can focus on nailing those corners. Pure Methyl Borate Ester Base: The purity level here is so high, it's like the distilled essence of speed itself, ensuring extreme resistance to compression, even when things get hot (and we mean really hot). World-Beating Dry Boiling Point: At 341° C (646° F), it's like this fluid laughed in the face of boiling points and set a new standard. Low Viscosity & High Lubricity: Because your brake system deserves to be as smooth as your driving skills. What Makes Halo P1 The Secret Weapon? While other brake fluids are off playing checkers, Halo P1 is mastering chess. It's not just another methyl glycol borate ester brake fluid; it's a revolution in braking performance. With its unique proprietary manufacturing process, it achieves the highest levels of purity and the lowest compressibility possible, remaining constant over a wide temperature range. This is the highest boiling point of any racing brake fluid on the market, folks. And the lubricity? Off the charts, especially at high temperatures. FAQs That'll Clear the Air Before you rush off to convert your entire garage to a Halo P1 shrine, let's tackle some of those burning questions you might have: Can I use Halo P1 in my daily driver? As much as we love the enthusiasm, Halo P1 is a race-only formula. It's like putting a rocket booster on a bicycle – thrilling, but not recommended. How often should I change my brake fluid with Halo P1? Regular maintenance is key in racing. Check with your team or mechanic, but before every major race is a good rule of thumb. The Call to Action You've Been Waiting For So, are you ready to elevate your racing game to legendary status? To feel the rush of confidence as you brake later and harder, knowing your brake fluid won't let you down? It's time to switch to Halo P1. Your podium awaits.

AP Racing Radi-CAL R4 Racing Brake Fluid Among the Highest Dry Boilings Point On The Market Today AP Racing Radi-CAL R4 racing brake fluid has an ultra-high typical dry boiling point, at 644º F / 340º C. Radi-CAL R4 racing brake fluid has been designed to perform better than any other product at the extremes of heavy-duty braking in top levels of professional racing. AP Racing Radi-CAL R4 has outstanding resistance to vapor lock and pedal fade under the most exacting conditions. A higher vapor lock point means a firmer brake pedal at the extremes of brake temperatures. Enhanced lubricity means R4 is a better lubricant than other market-leading racing brake fluids. This helps extend the life of the metal moving parts in your brake system while increasing system efficiency. Radi-CAL R4 can be mixed with other DOT 3 and DOT 4 racing brake fluid, although for maximum performance your braking system should be thoroughly purged with R4 fluid. AP Racing Radi-Cal Pro R4 Brake Fluid Details: Manufacturer: AP Racing Manufacturer part number: AP-CP7005 DOT rating: DOT 4 Dry Boiling Point: 644º F / 340º C Wet Boiling Point: 383º F / 195º C Bottle Size: 500 ml (16.9 fl. oz.)