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RECARO SPORTSTER CS SEAT Elite Performance, Everyday Comfort The Recaro Sportster CS seat is the highlight of the RECARO sports seat range. The RECARO Sportster CS is the perfect combination of comfortable sports seat and pure racing shell. The innovative lightweight shell boasts an exclusive slim design, plus outstanding lateral and shoulder support. Many car manufacturers offer the Sportster CS as standard equipment in their high-performance models, including the Ford Focus RS. The Recaro Sportster CS comes in a variety of upholstery finishes and colors, from Recaro's exclusive Nardo cloth to premium Ambla vinyl with a colored suede insert, to the ultimate leather with or without carbon-weave insert. The Sportster CS in leather or leather/carbon trim can also be had with seat heating added. Recaro Seat Sliders for the Sportster CS can be found here. RECARO SPORTSTER CS FEATURES AND ATTRIBUTES RECARO proprietary ergonomics: S-shaped backrest designed to align the spinal column in its most natural and healthy position. RECARO Automotive’s proprietary integrated lumbar support technology provides superior comfort and support and pronounced side support at thigh, thorax and shoulder area to fix the driver’s body in a safe position Look and feel of a racing seat, with comfort for everyday driving High seat cushion bolsters that provide firm lateral hold Shoulder, back and thigh bolsters designed to hold you in a correct seating position for high performance driving • Integrated headrest and belt pass-through openings Belt slots for 3- and 4-point belt Reclinable backrest, integrated headrest Manual backrest release for rear seat access Seat heating optional (leather and leather/carbon trim only) RECARO SPORTSTER CS SPECIFICATIONS Weight: Approximately 15.0 kg / 33.0 lbs. Max Height: 91.8 cm / 36.2 in. Materials: High-quality glass fiber-reinforced plastic, with a side of comfort. Dimensions: Check the product photos, because size does matter. Made in Germany: Precision engineering at its finest. RECARO SPORTSTER CS FAQs Q: Will it fit in my car? A: With its slim, ergonomic design, it's likely this seat was made for your car. But let's chat specifics to be sure. Q: Is it comfortable for daily driving? A: Comfort and performance are the hallmarks of the Recaro Sportster CS. It will fit more like a racing seat than other, more relaxed Recaro sports seats, but with everyday comfort still very much a priority. Q: Can I install it myself? A: If you can handle a wrench, you can handle this. But when in doubt, professional installation is never a bad idea. RECARO SPORTSTER CS MATERIALS

Recaro Pro Racer SPG XL ORV Racing Seat In motorsport, your faith in the quality and reliability of your equipment must be absolute if you’re going to win. The Pro Racer SPG XL ORV is specially designed to address off-road race vehicle requirements and is certified to FIA standard 8855-1999. The Pro Racer SPG XL ORV is ergonomically designed to provide outstanding support while offering protection for the back and neck against all the forces of an off-road race course. Specially Designed To Be A Game Changer Off-Road The specially-designed head surround (for better visibility), the friction grip surface around the shoulders, and the highly-effective energy-absorbing ENRg+™ Performance cushion foam are all essential when pushing off-road race vehicles to the very limit. The Recaro Pro Racer SPG XL ORV racing seat is suitable for 4-, 5- or 6-point belts as well as HANS/FHR systems. Its particularly robust cover materials are both weather- and abrasion-resistant. Also available in an Ultra version for larger drivers. Recaro Pro Racer SPG XL ORV Racing Seat Details Manufacturer: Recaro Manufacturer part no.: 071.88.3204-01 Seat version: XL Weight: 19.8 lbs. (9.0 kg) Homologation: FIA 8855-1999 Seat shell: glass fiber reinforced polymer (GFRP) Cushion: shock-absorbent ENRg+™ Performance foam Upholstery: highly flame-retardant (FMVSS 302) weather- and abrasion-resistant material Suitable for use with head and neck safety systems Accepts 4-, 5-, or 6-point harness (competition use) Designed for use in off-road vehicles Click here for our Recaro Pro Racer SPG XL ORV racing seat brochure Racing Seat Dimensions (Inches)

CMS Performance Bolt In Roll Bar For FR-S/BRZ/GT86 This Roll Bar Fits The Following Cars: Scion FR-S (ZN6), 2013-2016 Toyota GT86 (ZN6), 2017-2020 Subaru BRZ (ZC6), 2013-2020 The Superior Bolt-In Roll Bar for the FR-S/BRZ/GT86 The CMS Performance Roll Bar is the strongest, safest, most beautifully constructed bolt-in roll bar on the market for the first-gen  Scion FR-S, Toyota GT86, and Subaru BRZ. Engineered with a premium placed on safety and structural rigidity, the exceptional design of the CMS Performance Roll Bar integrates perfectly with the car's sporty, all-business interior. CMS Performance uses only advanced Docol R8 Advanced High-Strength Steel tubing throughout each roll bar, giving you unequalled tensile strength, impact absorption, and occupant protection. Docol R8 is 15% stronger than 4130 CrMo steel and 30% stronger than mild (DOM) steel used by other roll bar manufacturers. This makes the CMS Performance Roll Bar for the Scion FR-S/Toyota GT86/Subaru BRZ superior in every way, including resistance to deformation, weld integrity, and energy dissipation. The one-piece main hoop with fully-integrated X-bracing and harness bar bolts directly to the chassis, forming the backbone of the CMS Performance Roll Bar. The rearward kickers are optimized for support in a roll-over event while maintaining an unobstructed rear view for the driver. The main hoop cross bar is designed to locate your racing harness shoulder straps at the proper angle (0° to -20° front-to-back) to the driver's shoulders regardless of seat position. True Bolt-In Installation Without Sacrificing Safety or Looks Click Here for Installation Instructions The CMS Performance Roll Bar bolts directly to chassis strong points without the need for any significant modifications to the chassis or use of under-car backing plates. Full 360o TIG welding throughout gives the CMS Performance Roll Bar unsurpassed strength and durability. Exceptional Color Options Set CMS Performance Apart Each CMS Performance roll bar includes custom powder coating in your choice of color-matched factory paint colors for Scion, Toyota, and Subaru1! You don't have to settle for generic black, white, red, or yellow. CMS Performance can also powder coat your roll bar in one of our amazing technical colors, such as the astoundingly cool Superchrome! And, of course, there's always our rich satin black option for a stealthy installation. Rear Seat Delete Kit Available CMS Performance offers an optional Shrader rear seat delete kit made specifically for the Scion FR-S, Toyota GT86, and Subaru BRZ. You will need to make some modifications to the RSD to fit around the mounting points of your CMS Performance roll bar. The end result is it gives your installation a finished look. CMS Performance: The Best Products At The Best Price An unwavering focus on cutting-edge materials, unsurpassed design & construction, and premium fit & finish has propelled CMS Performance roll bars to the top of the industry. The CMS Performance Scion FR-S/Toyota GT86/Subaru BRZ Roll Bar is the latest addition to our growing catalog, offering unsurpassed safety, integrity, design and customization to customers taking this amazing car to the next level on the street or at the track. CMS Performance Scion FR-S/Subaru BRZ Roll Bar Details Manufacturer: CMS Performance Manufacturer Part: CPRB-GT86 Materials: 1.75″ X .095" Docol R8 Advanced High Strength Steel Features: One-piece main hoop for superior strength and occupant safety; proprietary kicker design eases installation while maintaining exceptional strength CNC-cut mounting plates CNC machined high-strength-steel interlocking joints Allows full seat travel with virtually any seat All USA-made Grade 8 hardware included Comes with detailed installation instructions 1 Note: powder coat colors are professionally matched to be as close as possible to factory paint codes. However, color-matching powder is not the same as mixing liquid paint. In a few cases, slight color variance is normal and is not perceptible with the roll bar installed inside the car. This product is intended for off-road race track use only.

Litespeed Racing GT7 Forged Magnesium Wheel Light, Stiff, and Strong: Pick All Three The Litespeed Racing GT7 Forged Magnesium wheel is their stiffest wheel design, and also one of Litespeed's lightest wheels. Road course and autocross racing require a very stiff, strong wheel. Wheel flex can hurt lap times just as much as added weight can. Countless hours of FEA computer simulations where devoted to fine tuning every aspect of the Litespeed GT7’s geometry, with a focus on high strength and stiffness. This FEA design also resulted in the Litespeed GT7 featuring deep spokes with side pocketing for weight reduction. Litespeed Racing wheels are competition-proven on tracks across the world, from road courses to autocross to quarter-mile and half-mile top speed races. Fully Forged From Magnesium Alloy In a quest to build the lightest wheel possible, Litespeed actually started with the obvious solution: carbon fiber. It's a seemingly magical material, with super-high tensile strength and super-low density. But the resulting wheel was not as light as expected, mainly because a lot of carbon needs to be added to make it safe enough to withstand impacts. Also, carbon fiber can't be formed into strong complex shapes like I-beams. Forged magnesium is the solution to these problems. Modern forged magnesium alloys are light years ahead of the old school “mag” wheels made from cast magnesium. Litespeed Racing’s proprietary forged magnesium alloy actually outperforms forged aluminum in both tensile strength and fatigue strength, while being a naturally lighter material. The result is forged magnesium monoblock wheels that, in many cases, are actually lighter than some OEM full carbon fiber wheels of the same size. Every Litespeed Racing wheel is custom made to fit your specifications for size, offset, color, finish, brake clearance and load rating. Once you've made your purchase, give us a call at (844) 438-7244 to select the specs, color and finish that suit your application! Priced per wheel Litespeed Racing GT7 Forged Monoblock Wheel Details One-piece forged magnesium alloy monoblock wheel Fully-forged magnesium alloy FEA-optimized design minimizes weight Superior strength, stiffness and fatigue resistance Customizable finish options Premium Litespeed Racing quality Priced per wheel

Forgeline GS1 Wheel If you want to use the same wheel that has carried many top-level professional road racing teams to victory, but prefer a slightly less aggressive posture that is perhaps a bit more friendly for your street-driven sports car, then the GS1R is made for you! Based on our extremely successful GS1R wheels (which was originally designed for professional racing teams competing in the IMSA Continental Tire SportsCar Challenge Grand Sport (GS) class), the Forgeline GS1R combines the latest in advanced wheel technology, including one piece forged monoblock construction, motorsport engineered design, and I-beamed spokes. And just like the GS1R, the GS1R is engineered to withstand the rigors of top-level endurance racing with a 2100 lb street tire load rating and exceptional deflection stiffness. Though made from the same forgings and similar design as our race-winning GS1R (including the distinctive smooth chamfered outer edge), the GS1 forgoes the GS1R’s aggressive open-lug center area for a more traditional (perhaps “gentlemanly”) center design that accommodates our standard press-in aluminum center cap. The GS1R is machined from a single forging of 6061-T6 aluminum. It is currently available in 17, 18, 19, 20, 21, and 22-inch diameters with a range of widths and offsets. And just like any Forgeline wheel, the GS1 is available with fully customizable finish options.  One-Piece Monoblock Design Available in 18", 19", 20", 21" and 22" Concave Profile I-Beamed Spoke Technology Extreme Stiffness Extreme Fatigue Strength 2100 lb. Street-Tire Load Rating (per wheel) Lightweight Generous Brake Clearance Forged 6061-T6 Aluminum Includes Standard Aluminum Center Cap Customizable Finish Options Legendary Forgeline Quality

Sabelt's Flagship Endurance Racing Harness The Sabelt Enduro Platinum Full 2" is not simply a more expensive version of a conventional six-point harness. It is a purpose-built professional restraint system designed around the realities of GT and endurance racing: rapid driver changes, limited cockpit space, precise adjustment, FHR compatibility, reduced hardware bulk, and the need to get the belts correctly positioned every time the car leaves pit lane. At the center of the Enduro Platinum is Sabelt's billet-machined camlock with an entry design that helps guide the belt tongues into the buckle. The lap-belt adjusters are integrated directly into the buckle tongues in a pull-down configuration, keeping the adjustment points close to the driver and easy to reach. Full 2-inch shoulder belts, compact sub-belt integration, highly visible adjustment loops, and premium lightweight hardware complete a system designed for racers who care about every detail of the cockpit. If you are building a serious endurance, GT, touring, or premium track car and want Sabelt's most sophisticated endurance harness, this is the one. Why We Recommend the Sabelt Enduro Platinum There are plenty of FIA-homologated harnesses that can restrain a driver properly when correctly installed. The reason to buy the Enduro Platinum is not simply the certification label. It is the way the entire harness is engineered around usability. In a single-driver sprint car, spending a few extra seconds tightening a harness may not matter. In an endurance car where drivers are climbing in and out under pressure, adjusters need to be immediately accessible, the buckle needs to be easy to locate, and the belts need to settle into the correct position without unnecessary cockpit clutter. The Platinum addresses those details exceptionally well. Its pull-down lap adjusters are positioned near the driver rather than buried toward the seat or chassis mounting point. The center camlock is compact. The belt-entry geometry is designed to make engagement easier. The shoulder hardware is lightweight. And the 2-inch webbing works naturally with modern frontal head restraints. It is expensive because Sabelt has spent its engineering budget on the parts of a harness the driver touches every time he or she gets into the car. Key Features for the Sabelt Enduro Platinum Racing Harness FIA 8853-2016 homologated six-point racing harness Developed specifically for GT and endurance racing applications Full 2-inch shoulder belts Designed for use with modern FHR / HANS devices Billet-machined lightweight camlock Camlock entry geometry designed to guide belt tongues into position Quick-release buckle design with positive tongue engagement Integrated pull-down lap-belt adjusters Lap adjusters positioned close to the buckle for easier driver access Compact center-buckle and sub-belt arrangement 2-inch crotch / anti-submarine belts Lightweight shoulder-belt adjusters High-visibility adjustment loops for faster identification in the cockpit Shoulder-belt details designed to help manage intercom wiring Grip treatment on the shoulder area to help maintain positioning on the FHR device Available in Black, Blue, and Red Built Around the Driver Change The easiest way to understand the Enduro Platinum is to look at it from the perspective of a driver entering the car during an endurance pit stop. The incoming driver is dealing with a hot cockpit, a helmet, an FHR device, radio cables, possibly a drink tube, gloves, window nets, steering-wheel clearance, and another crew member trying to secure the belts. This is exactly when poor harness ergonomics become obvious. Traditional lap-belt adjusters can sit farther away from the driver, particularly when the cockpit is narrow or the seat has deep side bolsters. Reaching the adjuster and getting enough leverage to tighten it can take unnecessary time. The Enduro Platinum uses a pull-down arrangement with the adjustment mechanism integrated into the lap-belt tongue near the camlock. Once seated, the driver or crew member can access the adjustment area immediately and pull the belt down and away from the buckle to tighten it. That sounds like a small distinction on a specification sheet. In a race car, it can make a major difference in how quickly and consistently a new driver gets properly secured. Why Pull-Down Lap Adjusters Matter Pull-up and pull-down describe the direction in which the driver moves the free end of the lap belt to tighten the harness. On a pull-down system, the adjusters are located closer to the center buckle and the free belt ends are pulled downward and away from the driver. This configuration is particularly useful in endurance cars and tightly packaged GT cockpits because the adjustment mechanism remains within easy reach. The benefit is not merely speed. Accessibility also makes it easier to achieve consistent lap-belt tension. The lap belts are one of the most important parts of the restraint system. They need to sit low across the pelvis rather than migrate upward toward the abdomen. A harness that is easy to adjust encourages the driver and crew to get the lap section properly positioned and tensioned every time. Billet-Machined Camlock: The Centerpiece of the Platinum The most obvious difference between the Enduro Platinum and less expensive Sabelt harnesses is the center camlock. Rather than treating the buckle as a commodity component, Sabelt uses a billet-machined assembly designed to reduce unnecessary mass while providing precise engagement and release. The entry points are shaped to help guide the belt tongues into the camlock. This is particularly useful when the person fastening the harness has limited visibility of the buckle or is working quickly during a driver change. The result is a component that feels more like precision motorsport hardware than the conventional buckle used on an entry-level harness. Why Does That Matter? The camlock is the one component that brings the entire restraint system together. During every session it is repeatedly connected and released. During endurance competition it may be operated multiple times during the race, often while the crew is under time pressure. A high-quality buckle does not make the car faster on a qualifying lap. It makes the process of getting the driver securely into and out of the car easier, more repeatable, and more refined. Full 2-Inch Shoulder Belts for Modern FHR Systems The Enduro Platinum uses full 2-inch shoulder belts rather than the traditional 3-inch shoulder webbing found on many older racing harnesses. This is intentional. Modern frontal head restraint devices provide a relatively narrow belt-bearing surface across the shoulders. A 2-inch belt sits naturally on that surface and is widely used in current professional racing harness designs. The Enduro Platinum also incorporates a grip treatment on the shoulder-belt area to help the webbing remain positioned correctly against the FHR device. For a driver using a HANS or comparable frontal head restraint, this creates a cleaner and more natural interface than simply laying wide shoulder webbing across the device. Long-Stint Comfort Is Part of the Design A harness can feel perfectly acceptable during a ten-minute fitting in the shop and become irritating after ninety minutes in the car. Endurance racing amplifies every pressure point. Belt edges, bulky adjusters, hardware touching the seat, and shoulder webbing that does not sit properly on the FHR device become much more noticeable during a long stint. The Platinum's compact hardware, 2-inch webbing, accessible adjusters, and cleaner packaging help reduce those issues. Properly installed and adjusted, the harness holds the driver firmly in position without requiring unnecessarily bulky components around the torso. That matters not only for comfort but also for consistency. A driver who is properly supported by the seat and restraint system spends less energy bracing against cornering and braking loads. Cleaner Cockpit Packaging Modern GT cars are crowded environments. A racing seat, seat brackets, cage tubing, nets, fire-system controls, radio wiring, cool-suit connections, drink tubes, steering column, paddle systems, and data equipment all compete for a limited amount of room. The Enduro Platinum's compact center section helps reduce unnecessary bulk around the driver's hips and lower torso. Sabelt integrates the sub-belt slots into the main buckle body, creating a more consolidated assembly than designs that require additional hardware around the center of the harness. This is the sort of feature that may be difficult to appreciate in a product photograph but becomes obvious once the harness is installed in a tight race-car cockpit. Sabelt Enduro Platinum Racing Harness Technical Specifications Specification Details Brand Sabelt Model Enduro Platinum Full 2" Configuration 6-Point FIA Homologation FIA 8853-2016 Shoulder Belt Width 2" Lap Belt Width 2" Sub-Belt Width 2" Lap Adjustment Pull-Down Lap Adjuster Location Integrated near the camlock / buckle tongue Camlock Billet-Machined Lightweight Camlock FHR / HANS Compatible Yes Primary Application GT, Endurance, Touring and Professional Motorsport Available Colors Black, Blue, Red Who Should Buy the Sabelt Enduro Platinum Racing Harness? The Platinum makes the most sense when the harness is being installed in a car where cockpit ergonomics, weight, driver changes, and component quality genuinely matter. Endurance Racing Teams This is the obvious application. If two, three, or four drivers will share the same car, accessible adjustment becomes substantially more important than it is in a single-driver sprint vehicle. GT and Touring Cars Deep racing seats and narrow cockpit openings can make conventional adjusters difficult to reach. The Platinum's buckle-side pull-down arrangement is particularly attractive in these installations. Professional and Semi-Professional Race Cars If the rest of the car is already equipped with high-end safety equipment, a premium harness is a logical part of the system. The Platinum is appropriate for builds where component quality and cockpit execution matter as much as minimum regulatory compliance. Premium Track Cars You do not have to run a 24-hour race to appreciate the Platinum. A serious Porsche GT3, GT4, Corvette, BMW M car, Ferrari, Radical, or other purpose-built track car can benefit from the same compact packaging and easy adjustment. Multi-Driver HPDE Cars If instructors, coaches, spouses, teammates, or multiple family members regularly drive the same properly prepared track car, the ability to rapidly adjust the harness between significantly different driver sizes can be worthwhile. Ideal Motorsport Applications for the Sabelt Enduro Platinum Racing Harness GT racing Endurance racing Touring cars Prototype racing Professional road racing IMSA-style GT and endurance builds SRO-style GT builds WRL AER ChampCar NASA endurance and sprint competition SCCA road racing Porsche club racing BMW club racing Premium HPDE and track-day cars Always confirm the harness requirements, homologation rules, mounting requirements, and expiration rules of your specific sanctioning organization before competition use. Sabelt Enduro Platinum vs. Enduro Gold vs. Enduro Silver Sabelt offers multiple endurance-oriented harnesses, and the Platinum is not automatically the right choice for every racer. The primary question is how much value you place on premium hardware and cockpit ergonomics. Feature Enduro Platinum Enduro Gold Enduro Silver Endurance-Focused Design Yes Yes Yes FIA 8853-2016 Yes Yes Yes Full 2" Configuration Yes Yes Yes FHR Friendly Yes Yes Yes Pull-Down Endurance Adjustment Yes Yes Endurance-Oriented Configuration Billet-Machined Platinum Camlock Yes No No Hardware Level Flagship Premium Performance Best For No-Compromise GT / Endurance Builds Serious Endurance Racing Value-Focused Endurance Racing Choose the Enduro Platinum If: You want Sabelt's flagship endurance solution and place a premium on the billet camlock, precise buckle engagement, compact packaging, lightweight hardware, and overall refinement. Choose the Enduro Gold If: You want a high-level endurance harness with many of the functional benefits required for driver changes but do not need the Platinum's highest-specification buckle and hardware package. Choose the Enduro Silver If: You want an endurance-focused Sabelt harness and FIA 8853-2016 compliance while keeping the investment substantially lower. Is a $2,000+ Racing Harness Worth It? This is the question that matters. If your objective is simply to install an FIA-homologated six-point harness in a club-racing car, the answer may be no. Sabelt offers significantly less expensive harnesses that can satisfy that requirement when properly selected and installed. The Platinum is for the buyer who is not shopping only for homologation. You are paying for the execution of the system: the machined buckle, the interface between the lap adjuster and buckle tongue, the accessibility of the pull-down system, the lightweight shoulder hardware, the streamlined center section, the FHR-focused shoulder configuration, and the details intended specifically for fast driver changes. Think of it the same way you would think about a premium racing seat, pedal box, steering wheel, or data system. Less expensive options can perform the fundamental job. The premium product earns its price by doing that job with fewer compromises. For a weekend track car used several times per year, the Enduro Silver or Gold may represent better value. For a professionally prepared GT or endurance car where every cockpit component has been selected deliberately, the Platinum makes much more sense. Harness Installation Matters as Much as Harness Selection No racing harness can provide its intended performance when installed incorrectly. Correct shoulder-belt routing, lap-belt position, anti-submarine belt geometry, mounting points, seat openings, attachment hardware, and belt angles are all part of the restraint system. The harness should be installed according to the current Sabelt instructions, applicable FIA guidance, vehicle construction, seat manufacturer's requirements, and the rules of your sanctioning organization. Shoulder Belts The shoulder belts must pass correctly through the racing seat and route to appropriate mounting points or an approved harness bar. Belt geometry should be selected so the shoulder straps remain properly positioned on both the driver's shoulders and FHR device. Lap Belts The lap belts should restrain the pelvis rather than the abdomen. Proper routing through the seat and correct mounting geometry are critical. The driver should be able to achieve firm lap-belt tension without the belts riding upward. Anti-Submarine Belts The sub-belts must route through the appropriate openings in the racing seat and attach to correctly located structural mounting points. They are a functional part of the six-point system, not simply additional straps. Do Not Design the Harness System in Isolation A racing harness should be considered together with the racing seat, seat mounting system, roll structure, FHR device, helmet, nets, and driver position. Changing one part of that system can affect the geometry of another. Will the Enduro Platinum Fit My Race Car? The Enduro Platinum is not a vehicle-specific harness in the way a street-car seat belt is vehicle specific. Compatibility depends primarily on the race-car safety system and available mounting geometry. Before ordering, verify: Your racing seat has the correct shoulder, lap, and sub-belt openings. The vehicle has suitable structural harness mounting points. The shoulder-belt routing is compatible with your harness bar or cage. The lap-belt attachment locations allow correct pelvic restraint geometry. The anti-submarine belts can be routed correctly beneath the driver. Your FHR device is compatible with the belt configuration. Your sanctioning organization accepts FIA 8853-2016 for your class and event. If you are unsure whether the Enduro Platinum is appropriate for your car, contact Competition Motorsport before ordering. A few details about the seat, cage or harness bar, vehicle, and type of racing are usually enough to point you toward the correct configuration. Competition Motorsport Expert Tip Do not choose an endurance harness based solely on belt width or certification. Look at where the lap adjusters will physically sit once the harness is installed in your seat. In a narrow halo seat or deeply bolstered GT seat, a conventional adjuster can become surprisingly difficult to access. If the adjuster disappears between the driver's hip and the seat shell, tightening the belt during a driver change can become unnecessarily difficult. The Platinum's pull-down adjusters keep this critical adjustment point near the buckle where the driver or crew can reach it. For a true endurance build, that is one of the strongest arguments for choosing this harness. Frequently Asked Questions Is the Sabelt Enduro Platinum FIA approved? Yes. The Sabelt Enduro Platinum Full 2" is homologated to FIA 8853-2016. Always confirm that this homologation is accepted by your particular series, class, and sanctioning organization. Is the Enduro Platinum a six-point harness? Yes. It uses two shoulder belts, two lap belts, and two anti-submarine / crotch belts. Are all of the belts 2 inches wide? The Enduro Platinum Full 2" uses a 2-inch configuration across the principal shoulder, lap, and sub-belt sections. Can I use it with a HANS device? Yes. The 2-inch shoulder configuration is designed for modern frontal head restraint systems and is particularly well suited to HANS-style devices. Why does the harness use 2-inch shoulder belts instead of 3-inch belts? Modern FHR devices provide a relatively narrow surface for the shoulder belts. A 2-inch belt interfaces naturally with that surface and has become common in high-level motorsport restraint systems. What are pull-down lap adjusters? Pull-down refers to the direction in which the free end of the lap belt is pulled to tighten the harness. The Platinum places the adjusters close to the center buckle, allowing the driver or crew to pull down and away from the buckle to tighten the lap belts. Why are pull-down adjusters popular in endurance racing? They keep the adjustment points closer to the driver and easier to access in confined cockpits. That can make adjustment faster during driver changes and can be especially useful with deep-sided racing seats. What is special about the Platinum camlock? Sabelt uses a lightweight billet-machined camlock with an entry geometry intended to make inserting the belt tongues easier. It is one of the main hardware differences separating the Platinum from lower-priced endurance harnesses. Is the Enduro Platinum only for professional racers? No. It can also be used in appropriately prepared club-racing and track-day cars. The real question is whether you will benefit from its premium hardware, compact packaging, and endurance-oriented adjustment system. Is this overkill for HPDE? For many HPDE cars, yes. There are considerably less expensive FIA harnesses that may be more appropriate. The Platinum makes more sense in a high-level track build, a shared car, or a vehicle where the owner values the same hardware and cockpit ergonomics used in professional-style applications. Is the Platinum better than the Sabelt Enduro Gold? The Platinum is Sabelt's flagship option and uses more sophisticated hardware, including its billet-machined camlock. The Gold may provide better value for a racer primarily interested in endurance functionality rather than the highest-specification hardware package. Is the Platinum safer than a less expensive FIA harness? It is not appropriate to assume that price alone equals greater crash protection. FIA-homologated harnesses must satisfy the applicable homologation requirements. The Platinum's price reflects its materials, hardware, adjustment system, packaging, and endurance-oriented engineering as well as its homologation. Can multiple drivers use the same harness? Yes, and that is one of the applications where the Platinum makes the most sense. Its accessible adjustment system is particularly helpful when different drivers share the car. Can the harness be used without a HANS or FHR device? Harness use should be evaluated as part of the vehicle's complete safety system and according to the rules governing your event. For modern competition cars, we strongly recommend an appropriate frontal head restraint whenever a competition harness is being used. Can I install this with a factory seat? The Enduro Platinum is intended for a properly prepared motorsport restraint system. It should be paired with a compatible racing seat and appropriate harness mounting points rather than treated as a direct substitute for a factory three-point seat belt. Does it require a harness bar? The shoulder belts require appropriate structural mounting. Depending on the vehicle and cage design, this may be a harness bar, cage crossbar, or another approved mounting arrangement. The correct solution depends on the vehicle. How tight should a racing harness be? The harness should secure the driver firmly with the lap belts properly positioned across the pelvis and the shoulder belts correctly seated on the driver and FHR device. Follow Sabelt's installation and adjustment instructions rather than relying on a universal tension guideline. Does FIA homologation expire? Competition harnesses are subject to labeling, validity, and sanctioning-body requirements. Check the FIA label on the specific harness you receive and verify the applicable rules for your event or series rather than assuming a generic replacement date. Should a harness be replaced after an accident? A harness involved in a meaningful impact should be inspected and evaluated in accordance with manufacturer and sanctioning-body guidance. When there is any doubt about the condition of the webbing, stitching, adjusters, buckle, or mounting hardware, replacement is the prudent approach. What colors are available? Sabelt currently offers the Enduro Platinum in Black, Blue, and Red. Availability can vary. Why Buy Your Sabelt Harness from Competition Motorsport? A premium harness deserves more than an Add to Cart button. Competition Motorsport specializes in racing safety equipment, and we can help you evaluate the entire restraint system: harness, racing seat, FHR device, mounting arrangement, driver position, and intended type of racing. If you already know that the Enduro Platinum is the harness you want, choose your color and order online. If you are comparing the Platinum with the Enduro Gold, Enduro Silver, or another professional harness, contact us and we will help you determine where the extra investment makes sense for your car. The goal is not to sell you the most expensive harness. It is to put the right restraint system in the car. The Bottom Line The Sabelt Enduro Platinum Full 2" sits at the top of Sabelt's endurance range for a reason. Its value is found in the details: a billet-machined camlock, guided belt engagement, accessible pull-down lap adjustment, full 2-inch FHR-compatible shoulder belts, compact sub-belt integration, lightweight hardware, and a configuration developed specifically around GT and endurance cockpits. If you simply need an FIA 8853-2016 six-point harness, Sabelt offers less expensive choices. If you want Sabelt's no-compromise endurance harness—the one designed for the racer who notices how every component works once the door closes—the Enduro Platinum is the correct choice. Attachment of the shoulder belts requires the use of a roll bar or harness bar, and the sub straps must be mounted to a sub strap bar beneath the seat.

Stand21 Featherlite Frontal Head Restraint (FHR) The Featherlite from Stand21 is a breakthrough technological achievement in the FHR family, offering the absolute highest level of safety while weighing an incredible 310g (10.9 oz.) excluding padding. The use of very high strength carbon fiber combined with a more ergonomic design of the legs makes this FHR the safest, lightest, most comfortable head-and-neck safety device created to date. A revolutionary new integrated strap passage allows a flat curvature along the rear of the Stand21 Featherlite, alleviating uncomfortable interference between your helmet, the FHR device, and your seat. The Stand21 Featherlite is hugely popular among professionals as well as the most demanding amateur drivers. Four Bold New Colors Set Featherlite Apart The Stand21 Featherlite FHR is now available with Four fantastic new colored lacquer finishes over the carbon fiber in both gloss and matte finishes. The only HNR to offer colors, this further sets the Stand21 Featherlite apart from the ordinary. Stand21 Featherlite Frontal Head Restraint Details FIA 8858-2010 and SFI 38.1 certified Weight: 310 grams (11 oz.) Unprecedented curvature beam alleviating discomfort between the helmet, FHR, and seat/headrest Revolutionary integral strap passage Available in Medium and Large Available for 20° incline angles Supplied with black padding, sliding tether, and protective bag New, more ergonomic leg design

Stilo Helmets ST5 GT 8860-2018 Carbon Fiber Racing Helmet FIA 8860 Certification valid thru 2032 for these ST5 GT 8860 Carbon Fiber Helmets The Stilo ST5 GT 8860-2018 Carbon Fiber Racing Helmet is one of Stilo's most iconic and versatile closed-face racing helmets. Crafted from a carbon fiber layup and certified to the demanding FIA 8860-2018 standard, the ST5 GT is designed for drivers competing across a wide range of professional and high-level motorsports. Building on the successful ST4 helmet platform, the ST5 GT introduces a larger eyeport, improved interior fit system, integrated accessory ports, and extensive compatibility with communications, hydration, and forced-air systems. Lightweight Carbon Fiber Construction The Stilo ST5 GT uses a lightweight carbon fiber shell designed to provide exceptional protection while reducing unnecessary weight on the driver's head and neck. Small shell weight: approximately 3.13 lbs Large shell weight: approximately 3.39 lbs Two dedicated shell sizes for improved fit and reduced weight Using separate small and large shell configurations allows Stilo to create a more proportional helmet rather than relying on excessive interior padding to accommodate different head sizes. FIA 8860-2018 Certified Protection The ST5 GT Carbon is FIA 8860-2018 certified, making it suitable for a wide variety of high-level motorsport applications where advanced FIA helmet certification is required. The FIA 8860 standard is designed for professional competition and represents one of the most demanding helmet standards used in motorsports. Integrated Side Accessory Ports One of the defining features of the Stilo ST5 GT is the integrated side-port system located on both sides of the helmet. These ports allow drivers to configure the helmet around their specific racing requirements while keeping accessories neatly integrated into the helmet. Compatible systems and accessories include: Integrated communication systems Forced-air systems Hydration and drink systems Combined communications, air, and hydration configurations Stilo designed these systems to integrate seamlessly with the ST5 platform, making the ST5 GT one of the most customizable racing helmets available. Larger Eyeport and 3mm Anti-Fog Visor Compared with the earlier ST4 helmet platform, the ST5 features a larger eyeport designed to open beyond the driver's normal line of sight for improved visibility inside the cockpit. The helmet comes standard with a 3mm clear visor featuring Stilo's anti-fog coating. A variety of additional visor options are also available separately, allowing drivers to configure the helmet for different lighting and racing conditions. Removable Interior Padding Stilo improved the ST5 interior with removable cheek pads and removable top padding, allowing drivers to fine-tune the fit of the helmet. The helmet also comes standard with removable earmuff cushions designed to isolate the ears and create a significantly quieter environment inside the helmet. This is particularly beneficial for drivers using integrated communications or competing in loud closed-cockpit race cars. Designed for Communications, Air and Hydration The ST5 GT is designed from the outset to accommodate multiple driver-support systems without requiring a collection of externally mounted components. The helmet can be configured for: Integrated electronics Driver communications Air supply Hydration systems Multiple systems used together This versatility makes the ST5 GT particularly well suited to GT racing, endurance racing, touring cars, and other closed-cockpit motorsports. Stilo ST5 GT 8860-2018 Carbon Helmet Features FIA 8860-2018 certified Carbon fiber shell construction Approximately 3.13 lbs in the small shell Approximately 3.39 lbs in the large shell Two separate shell sizes for improved fit and reduced weight Integrated side accessory ports Ready for integrated electronic communication systems Compatible with forced-air systems Compatible with hydration and drink systems Communications, air, and hydration systems can be combined Larger eyeport compared with the ST4 platform 3mm clear visor included Anti-fog visor coating Removable cheek pads Removable top padding Removable earmuff cushions for improved noise isolation HANS posts included Additional aero accessories available Top-air kits available separately Multiple visor options available separately Built for Professional Motorsport The Stilo ST5 GT Carbon combines advanced FIA protection with lightweight carbon construction and one of the most adaptable accessory systems available in a racing helmet. Its combination of integrated communications capability, forced-air compatibility, hydration support, improved visibility, customizable interior padding, and FIA 8860-2018 certification makes it an excellent choice for drivers who need a professional-level helmet that can be configured around their race car and competition environment. Stilo ST5 GT 8860-2018 Carbon Fiber Helmet Sizing Chart For the most accurate fit, measure around the largest part of your head approximately one inch above your eyebrows and around the widest point at the back of your head. Take the measurement several times and use the largest result when selecting your helmet size. View our Auto Racing Helmet Buyer's Guide for additional helmet sizing and fit information. Stilo ST5 GT 8860-2018 FAQs What certification does the Stilo ST5 GT Carbon have?The Stilo ST5 GT Carbon is FIA 8860-2018 certified. How much does the Stilo ST5 GT Carbon weigh?The small shell weighs approximately 3.13 lbs, while the large shell weighs approximately 3.39 lbs. Is the Stilo ST5 GT made from carbon fiber?Yes. The helmet is constructed using a carbon fiber layup designed to provide high-level protection while minimizing helmet weight. Does the Stilo ST5 GT include a visor?Yes. It comes standard with a 3mm clear visor featuring an anti-fog coating. Can communications be installed in the ST5 GT?Yes. The integrated side ports are designed to accommodate compatible Stilo electronic communication systems. Can the ST5 GT use a forced-air system?Yes. The helmet is designed to accept compatible air-supply systems and optional top-air kits. Can I use a hydration system with the ST5 GT?Yes. Compatible drink and hydration systems can be integrated into the helmet. Can communications, air, and hydration be used together?Yes. The ST5 GT is designed so integrated electronics, air supply, and hydration systems can be used individually or in combination. Are the interior pads removable?Yes. The cheek pads and top pads are removable, allowing drivers to better customize the helmet fit. Does the ST5 GT include HANS posts?Yes. HANS posts are included with the helmet.    

Brembo 2-Piece Slotted Rotors Porsche 992 Carrera S/4S/GTS (Rear) 350x28mm (13.8") 2-Piece disc complete axle set.  Pre-Assembled with all necessary hardware Included Track-Ready Performance, Street-Driven Reliability Upgrade your braking system with the Brembo Type 3 2-Piece Floating Rotors, precision-engineered for the Porsche 992 Carrera S, Carrera 4S, and GTS models equipped with standard iron brakes (non-PCCB). Designed for high-performance street driving, autocross, and track-day use, these rotors deliver enhanced thermal management, reduced unsprung weight, and longer pad life. Each rotor features a lightweight billet aluminum hat mated to a directionally slotted, heat-treated iron outer ring, optimizing brake cooling and rotor stability under extreme conditions. The floating design reduces stress transfer to the hub, helping to minimize cracking, coning, and distortion during repeated high-speed stops. With OE-matched dimensions, these rotors offer direct bolt-on fitment with no modifications required. Whether you're shaving seconds on the track or just want more confidence on the road, the Brembo 2-piece rotor set is the perfect upgrade to unleash the full potential of your 992 Carrera S, 4S, or GTS. Backed by competition-proven engineering and trusted by performance enthusiasts nationwide, this is the brake rotor solution serious drivers choose. Fits: 2020+ Porsche 992 Carrera S / 4S / GTS (excludes PCCB models) Lightweight 2-piece floating design with aluminum center hat Slotted surface for enhanced cooling and pad bite Reduces unsprung mass and improves rotor longevity Direct OEM replacement — no modification needed Track-tested for performance and durability Competition Motorsport is an Authorized dealer for Brembo products and we are one of the largest stocking dealers in the country.   The Brembo two piece rotor system is a direct rotor disc replacement for the oem hat and rotor  and is designed to be used with oem calipers with no modifications necessary. The 2-piece Brembo design allows for rotor only replacement to minimize replacement costs and deliver outstanding performance and cooling. Brembo 2-Piece Rotor FAQs How long do Brembo discs last? The usable life of a brake disc is influenced by a number of factors including vehicle weight, driving style, vehicle usage, brake pad material, and many others. Therefore a blanket disc lifetime cannot be given. However, when used in the same conditions, a Brembo disc should meet or exceed the life of the disc it replaces. It is important to periodically check the disc thickness, and replace the disc if it falls below the minimum allowed thickness. How does reducing weight of the braking system benefit the vehicle? The mass of any vehicle requires energy to accelerate or decelerate. Reducing vehicle mass improves acceleration and requires less energy to be dissipated during deceleration. Rotating mass requires additional energy in order to increase or decrease its speed of rotation. Therefore, decreasing the mass of the caliper is valuable due to its contribution to total vehicle mass. Decreasing the mass of the disc has an even greater benefit due to the fact that the disc must rotate as well. Additionally, the mass of the brake system is also unsprung mass. Reducing the unsprung mass has the additional benefit of improved suspension performance, resulting in enhanced ride and handling. Should new discs and pads be bedded in? The bedding procedure is an important step when installing new rotors and pads. Correctly bedded pads form a transfer layer of material on the surface of the disc which improves overall "bite" and performance. Without proper "pre-bedding" that simulates the correct heat and torque loads seen in actual driving conditions, a pad's true potential cannot be realized. This process will also ensure that the pads will produce a rotor finish with a consistent transfer layer which prevents "judder" from occurring. The Brembo Bedding Memo should be followed when installing a new Brembo system or new discs and / or street pads. For race friction and / or track use, please contact us for detailed information regarding the appropriate bedding procedure to follow. Some of the bushings in the two-piece disc assembly seem to be loose. The two-piece disc assemblies utilize a floating disc. The mounting system of the disc is designed to allow a specific amount of float in both the radial and axial directions. Brembo has engineered special springs that are used on every other fastener in order to slightly preload the assembly. This has been done to prevent excessive noise from the system during street use, while still maintaining the benefits of a floating disc. These springs can be seen when looking at the backside of the disc. The small screws on the backside of the disc are properly torqued during assembly and utilize thread lock compound to prevent loosening. They must not be tightened further. What is the difference between the systems Brembo offers? Brembo offers different levels for different applications, and for different budgets. There are currently three performance levels within the Brembo program. The first level is the Sport system. These kits include cross-drilled or slotted discs and high performance brake pads, and are direct replacements for the OEM components. The second level, the Gran Turismo system, upgrades the entire corner brake assembly. These kits combine fixed mount, 4, 6, or 8-piston aluminum calipers equipped with high performance brake pads, one or two piece directionally vented discs, and steel-braided brake lines. For those seeking a system for exclusive or nearly exclusive track use, the Race systems offer upgrades consisting of true racing components. Why are there so many holes in a cross-drilled disc? The number of holes in a cross-drilled disc is part of the engineered system. Brembo has done extensive testing with regards to the number of holes, their size, their location and their chamfering. This attention to detail is what truly sets Brembo apart in the world of braking. The same attention to detail that is delivered to the Ferrari Formula One effort is a component of the high performance program. The number of holes in a disc is in part a function of the size of the disc and the internal venting (if it is a vented disc). Why use a two-piece "floating" disc assembly? There are several reasons that a two-piece floating disc assembly is of benefit. First, by using an aluminum bell for the hub section of the disc saves a great deal of weight. Since this is both rotating and unsprung, it benefits the acceleration, braking, and handling of the vehicle. Secondly, it is better able to handle the large temperature changes that a brake disc experiences. In a two-piece floating disc assembly, the iron disc heats up uniformly, and the controlled float which is present allows for the differential expansion of the very hot brake disc, and the relatively cool aluminum bell. This allows the disc to be used under severe conditions without having a detrimental effect. Will a Brembo brake system work with my standard master cylinder, ABS, or traction control? Brembo brake systems are designed to work with your standard master cylinder, and do not hamper the function of your ABS or traction control system. Will I experience brake noise with Brembo brakes? Brembo makes every effort to test for and eliminate abnormal brake noise from the systems we offer. There are many factors that can contribute to abnormal brake noises, and while it is unlikely that a Brembo system will create noise, the engineering and customer service departments are available to answer questions and work to solve any noise issues which may arise. Please contact us if you have additional questions or concerns. How do I properly bed my new Brembo brake rotors? It is important to follow the proper brake bedding procedure following installation. This is necessary not only for optimum performance of the system, but also to avoid onset of judder (vibration felt through brake and steering).   The discs are delivered with a thin zinc coating to prevent corrosion. Prior to beginning the bedding procedure, this plating must be removed from the braking surfaces by driving the car slowly (under 30mph) and performing very light brake applications in order to remove the plating without generating heat. With too much heat or pedal pressure, this plating can be deposited unevenly on the disc, and impregnated into the pad, further increasing the likelihood of judder development. Once a visual inspection of the braking surfaces confirms that the plating has been evenly removed, begin with the bedding procedure as specified below. Drive vehicle to a remote area and perform at least 30 brake applications of 3 second duration. Use light/medium deceleration with varying starting speeds. Leave at least ½ mile between each brake application The purpose of this procedure is to gradually increase the temperature in the components without thermal shock, and to mate the brake pad and disc friction surfaces  After the repeated stops, drive the vehicle for several miles with little or no braking in order to adequately cool the components  The system is now ready for normal use  This entire procedure must be complete before driving the vehicle as normal. It is especially important that this process is completed before any extended same-speed driving is done (i.e. freeway travel). Failure to follow these instructions greatly increases the likelihood of judder development

Brembo 2-Piece Slotted Rotors Porsche 992 Carrera S/4S/GTS (Front) 350x34mm (13.8") 2-Piece disc complete axle set.  Pre-Assembled with all necessary hardware Included Track-Ready Performance, Street-Driven Reliability Upgrade your braking system with the Brembo Type 3 2-Piece Floating Rotors, precision-engineered for the Porsche 992 Carrera S, Carrera 4S, and GTS models equipped with standard iron brakes (non-PCCB). Designed for high-performance street driving, autocross, and track-day use, these rotors deliver enhanced thermal management, reduced unsprung weight, and longer pad life. Each rotor features a lightweight billet aluminum hat mated to a directionally slotted, heat-treated iron outer ring, optimizing brake cooling and rotor stability under extreme conditions. The floating design reduces stress transfer to the hub, helping to minimize cracking, coning, and distortion during repeated high-speed stops. With OE-matched dimensions, these rotors offer direct bolt-on fitment with no modifications required. Whether you're shaving seconds on the track or just want more confidence on the road, the Brembo 2-piece rotor set is the perfect upgrade to unleash the full potential of your 992 Carrera S, 4S, or GTS. Backed by competition-proven engineering and trusted by performance enthusiasts nationwide, this is the brake rotor solution serious drivers choose. Fits: 2020+ Porsche 992 Carrera S / 4S / GTS (excludes PCCB models) Lightweight 2-piece floating design with aluminum center hat Slotted surface for enhanced cooling and pad bite Reduces unsprung mass and improves rotor longevity Direct OEM replacement — no modification needed Track-tested for performance and durability Competition Motorsport is an Authorized dealer for Brembo products and we are one of the largest stocking dealers in the country.   The Brembo two piece rotor system is a direct rotor disc replacement for the oem hat and rotor  and is designed to be used with oem calipers with no modifications necessary. The 2-piece Brembo design allows for rotor only replacement to minimize replacement costs and deliver outstanding performance and cooling. Brembo 2-Piece Rotor FAQs How long do Brembo discs last? The usable life of a brake disc is influenced by a number of factors including vehicle weight, driving style, vehicle usage, brake pad material, and many others. Therefore a blanket disc lifetime cannot be given. However, when used in the same conditions, a Brembo disc should meet or exceed the life of the disc it replaces. It is important to periodically check the disc thickness, and replace the disc if it falls below the minimum allowed thickness. How does reducing weight of the braking system benefit the vehicle? The mass of any vehicle requires energy to accelerate or decelerate. Reducing vehicle mass improves acceleration and requires less energy to be dissipated during deceleration. Rotating mass requires additional energy in order to increase or decrease its speed of rotation. Therefore, decreasing the mass of the caliper is valuable due to its contribution to total vehicle mass. Decreasing the mass of the disc has an even greater benefit due to the fact that the disc must rotate as well. Additionally, the mass of the brake system is also unsprung mass. Reducing the unsprung mass has the additional benefit of improved suspension performance, resulting in enhanced ride and handling. Should new discs and pads be bedded in? The bedding procedure is an important step when installing new rotors and pads. Correctly bedded pads form a transfer layer of material on the surface of the disc which improves overall "bite" and performance. Without proper "pre-bedding" that simulates the correct heat and torque loads seen in actual driving conditions, a pad's true potential cannot be realized. This process will also ensure that the pads will produce a rotor finish with a consistent transfer layer which prevents "judder" from occurring. The Brembo Bedding Memo should be followed when installing a new Brembo system or new discs and / or street pads. For race friction and / or track use, please contact us for detailed information regarding the appropriate bedding procedure to follow. Some of the bushings in the two-piece disc assembly seem to be loose. The two-piece disc assemblies utilize a floating disc. The mounting system of the disc is designed to allow a specific amount of float in both the radial and axial directions. Brembo has engineered special springs that are used on every other fastener in order to slightly preload the assembly. This has been done to prevent excessive noise from the system during street use, while still maintaining the benefits of a floating disc. These springs can be seen when looking at the backside of the disc. The small screws on the backside of the disc are properly torqued during assembly and utilize thread lock compound to prevent loosening. They must not be tightened further. What is the difference between the systems Brembo offers? Brembo offers different levels for different applications, and for different budgets. There are currently three performance levels within the Brembo program. The first level is the Sport system. These kits include cross-drilled or slotted discs and high performance brake pads, and are direct replacements for the OEM components. The second level, the Gran Turismo system, upgrades the entire corner brake assembly. These kits combine fixed mount, 4, 6, or 8-piston aluminum calipers equipped with high performance brake pads, one or two piece directionally vented discs, and steel-braided brake lines. For those seeking a system for exclusive or nearly exclusive track use, the Race systems offer upgrades consisting of true racing components. Why are there so many holes in a cross-drilled disc? The number of holes in a cross-drilled disc is part of the engineered system. Brembo has done extensive testing with regards to the number of holes, their size, their location and their chamfering. This attention to detail is what truly sets Brembo apart in the world of braking. The same attention to detail that is delivered to the Ferrari Formula One effort is a component of the high performance program. The number of holes in a disc is in part a function of the size of the disc and the internal venting (if it is a vented disc). Why use a two-piece "floating" disc assembly? There are several reasons that a two-piece floating disc assembly is of benefit. First, by using an aluminum bell for the hub section of the disc saves a great deal of weight. Since this is both rotating and unsprung, it benefits the acceleration, braking, and handling of the vehicle. Secondly, it is better able to handle the large temperature changes that a brake disc experiences. In a two-piece floating disc assembly, the iron disc heats up uniformly, and the controlled float which is present allows for the differential expansion of the very hot brake disc, and the relatively cool aluminum bell. This allows the disc to be used under severe conditions without having a detrimental effect. Will a Brembo brake system work with my standard master cylinder, ABS, or traction control? Brembo brake systems are designed to work with your standard master cylinder, and do not hamper the function of your ABS or traction control system. Will I experience brake noise with Brembo brakes? Brembo makes every effort to test for and eliminate abnormal brake noise from the systems we offer. There are many factors that can contribute to abnormal brake noises, and while it is unlikely that a Brembo system will create noise, the engineering and customer service departments are available to answer questions and work to solve any noise issues which may arise. Please contact us if you have additional questions or concerns. How do I properly bed my new Brembo brake rotors? It is important to follow the proper brake bedding procedure following installation. This is necessary not only for optimum performance of the system, but also to avoid onset of judder (vibration felt through brake and steering).   The discs are delivered with a thin zinc coating to prevent corrosion. Prior to beginning the bedding procedure, this plating must be removed from the braking surfaces by driving the car slowly (under 30mph) and performing very light brake applications in order to remove the plating without generating heat. With too much heat or pedal pressure, this plating can be deposited unevenly on the disc, and impregnated into the pad, further increasing the likelihood of judder development. Once a visual inspection of the braking surfaces confirms that the plating has been evenly removed, begin with the bedding procedure as specified below. Drive vehicle to a remote area and perform at least 30 brake applications of 3 second duration. Use light/medium deceleration with varying starting speeds. Leave at least ½ mile between each brake application The purpose of this procedure is to gradually increase the temperature in the components without thermal shock, and to mate the brake pad and disc friction surfaces  After the repeated stops, drive the vehicle for several miles with little or no braking in order to adequately cool the components  The system is now ready for normal use  This entire procedure must be complete before driving the vehicle as normal. It is especially important that this process is completed before any extended same-speed driving is done (i.e. freeway travel). Failure to follow these instructions greatly increases the likelihood of judder development

Brembo 2-Piece Slotted Rotors Porsche 991 GT3 / GT3RS non-PCCB (Rear) Fit The Following Cars (w/ OEM Iron Rotors) Porsche 991 911 GT3/GT3RS (Rear) Brembo 2-piece Competition cross-drilled rear disc pair for iron discs 380mm x 34mm (15.00" x 1.34") 72 Vane, D66 Huge increase in airflow, cooling capacity, and durability vs. OEM discs Saves 2 lbs. unsprung weight per side vs. OEM iron discs Designed for: club racing, time trial, auto-x, HPDE Works with OEM calipers, no modifications required Ultralight, fully floating, anodized billet aluminum hat with float control/anti-rattle clips 380x30mm (15") 2-Piece disc complete axle set.  Pre-Assembled with all necessary hardware Included Track-Ready Performance, Street-Driven Reliability Upgrade your braking system with the Brembo Type 3 or Type 5 2-Piece Floating Rotors, precision-engineered for the Porsche 991 GT3/GT3RS (non-pccb) models equipped with standard iron brakes (non-PCCB). Designed for high-performance street driving, autocross, and track-day use, these rotors deliver enhanced thermal management, reduced unsprung weight, and longer pad life. Each rotor features Vented Curved 48 Vanes, a lightweight billet aluminum hat mated to a directionally slotted, heat-treated iron outer ring, optimizing brake cooling and rotor stability under extreme conditions. Advanced high carbon alloy / corrosion resistant plating for performance and durability.  The floating design with floating D-Bobbin with anti rattle springs reduces stress transfer to the hub, helping to minimize cracking, coning, and distortion during repeated high-speed stops. With OE-matched dimensions, these rotors offer direct bolt-on fitment with no modifications required. Whether you're shaving seconds on the track or just want more confidence on the road, the Brembo 2-piece rotor set is the perfect upgrade to unleash the full potential of your 991 911 Carrera Turbo (non-pccb). Backed by competition-proven engineering and trusted by performance enthusiasts nationwide, this is the brake rotor solution serious drivers choose. Fits: 2014-2019 Porsche 991 GT3/GT3RS (excludes PCCB models) Lightweight 2-piece floating design with aluminum center hat Slotted surface for enhanced cooling and pad bite Reduces unsprung mass and improves rotor longevity Direct OEM replacement — no modification needed Track-tested for performance and durability Competition Motorsport is an Authorized dealer for Brembo products and we are one of the largest stocking dealers in the country.   The Brembo two piece rotor system is a direct rotor disc replacement for the oem hat and rotor and is designed to be used with oem calipers with no modifications necessary.   This system consists of 2-Piece disc assemblies which directly replace the OEM discs. To be used with OEM calipers. Brembo GT Systems are designed for vehicles at original ride height. Increased ride height is not compatible with the brake lines included in these systems. The 2-piece Brembo design allows for rotor only replacement to minimize replacement costs and deliver outstanding performance and cooling. Brembo 2-Piece Rotor FAQs How long do Brembo discs last? The usable life of a brake disc is influenced by a number of factors including vehicle weight, driving style, vehicle usage, brake pad material, and many others. Therefore a blanket disc lifetime cannot be given. However, when used in the same conditions, a Brembo disc should meet or exceed the life of the disc it replaces. It is important to periodically check the disc thickness, and replace the disc if it falls below the minimum allowed thickness. How does reducing weight of the braking system benefit the vehicle? The mass of any vehicle requires energy to accelerate or decelerate. Reducing vehicle mass improves acceleration and requires less energy to be dissipated during deceleration. Rotating mass requires additional energy in order to increase or decrease its speed of rotation. Therefore, decreasing the mass of the caliper is valuable due to its contribution to total vehicle mass. Decreasing the mass of the disc has an even greater benefit due to the fact that the disc must rotate as well. Additionally, the mass of the brake system is also unsprung mass. Reducing the unsprung mass has the additional benefit of improved suspension performance, resulting in enhanced ride and handling. Should new discs and pads be bedded in? The bedding procedure is an important step when installing new rotors and pads. Correctly bedded pads form a transfer layer of material on the surface of the disc which improves overall "bite" and performance. Without proper "pre-bedding" that simulates the correct heat and torque loads seen in actual driving conditions, a pad's true potential cannot be realized. This process will also ensure that the pads will produce a rotor finish with a consistent transfer layer which prevents "judder" from occurring. The Brembo Bedding Memo should be followed when installing a new Brembo system or new discs and / or street pads. For race friction and / or track use, please contact us for detailed information regarding the appropriate bedding procedure to follow. Some of the bushings in the two-piece disc assembly seem to be loose. The two-piece disc assemblies utilize a floating disc. The mounting system of the disc is designed to allow a specific amount of float in both the radial and axial directions. Brembo has engineered special springs that are used on every other fastener in order to slightly preload the assembly. This has been done to prevent excessive noise from the system during street use, while still maintaining the benefits of a floating disc. These springs can be seen when looking at the backside of the disc. The small screws on the backside of the disc are properly torqued during assembly and utilize thread lock compound to prevent loosening. They must not be tightened further. What is the difference between the systems Brembo offers? Brembo offers different levels for different applications, and for different budgets. There are currently three performance levels within the Brembo program. The first level is the Sport system. These kits include cross-drilled or slotted discs and high performance brake pads, and are direct replacements for the OEM components. The second level, the Gran Turismo system, upgrades the entire corner brake assembly. These kits combine fixed mount, 4, 6, or 8-piston aluminum calipers equipped with high performance brake pads, one or two piece directionally vented discs, and steel-braided brake lines. For those seeking a system for exclusive or nearly exclusive track use, the Race systems offer upgrades consisting of true racing components. Why are there so many holes in a cross-drilled disc? The number of holes in a cross-drilled disc is part of the engineered system. Brembo has done extensive testing with regards to the number of holes, their size, their location and their chamfering. This attention to detail is what truly sets Brembo apart in the world of braking. The same attention to detail that is delivered to the Ferrari Formula One effort is a component of the high performance program. The number of holes in a disc is in part a function of the size of the disc and the internal venting (if it is a vented disc). Why use a two-piece "floating" disc assembly? There are several reasons that a two-piece floating disc assembly is of benefit. First, by using an aluminum bell for the hub section of the disc saves a great deal of weight. Since this is both rotating and unsprung, it benefits the acceleration, braking, and handling of the vehicle. Secondly, it is better able to handle the large temperature changes that a brake disc experiences. In a two-piece floating disc assembly, the iron disc heats up uniformly, and the controlled float which is present allows for the differential expansion of the very hot brake disc, and the relatively cool aluminum bell. This allows the disc to be used under severe conditions without having a detrimental effect. Will a Brembo brake system work with my standard master cylinder, ABS, or traction control? Brembo brake systems are designed to work with your standard master cylinder, and do not hamper the function of your ABS or traction control system. Will I experience brake noise with Brembo brakes? Brembo makes every effort to test for and eliminate abnormal brake noise from the systems we offer. There are many factors that can contribute to abnormal brake noises, and while it is unlikely that a Brembo system will create noise, the engineering and customer service departments are available to answer questions and work to solve any noise issues which may arise. Please contact us if you have additional questions or concerns. How do I properly bed my new Brembo brake rotors? It is important to follow the proper brake bedding procedure following installation. This is necessary not only for optimum performance of the system, but also to avoid onset of judder (vibration felt through brake and steering).   The discs are delivered with a thin zinc coating to prevent corrosion. Prior to beginning the bedding procedure, this plating must be removed from the braking surfaces by driving the car slowly (under 30mph) and performing very light brake applications in order to remove the plating without generating heat. With too much heat or pedal pressure, this plating can be deposited unevenly on the disc, and impregnated into the pad, further increasing the likelihood of judder development. Once a visual inspection of the braking surfaces confirms that the plating has been evenly removed, begin with the bedding procedure as specified below. Drive vehicle to a remote area and perform at least 30 brake applications of 3 second duration. Use light/medium deceleration with varying starting speeds. Leave at least ½ mile between each brake application The purpose of this procedure is to gradually increase the temperature in the components without thermal shock, and to mate the brake pad and disc friction surfaces  After the repeated stops, drive the vehicle for several miles with little or no braking in order to adequately cool the components  The system is now ready for normal use  This entire procedure must be complete before driving the vehicle as normal. It is especially important that this process is completed before any extended same-speed driving is done (i.e. freeway travel). Failure to follow these instructions greatly increases the likelihood of judder development

Brembo 2-Piece Slotted Rotors Porsche 991 GT3/GT3RS non-PCCB (Front) Fit The Following Cars (w/ OEM Iron Rotors) Porsche 991 911 GT3/GT3RS (Front) Brembo 2-piece Competition cross-drilled front disc pair for iron discs 380mm x 34mm (15.00" x 1.34") 72 Vane, D66 Huge increase in airflow, cooling capacity, and durability vs. OEM discs Saves 2 lbs. unsprung weight per side vs. OEM iron discs Designed for: club racing, time trial, auto-x, HPDE Works with OEM calipers, no modifications required Ultralight, fully floating, anodized billet aluminum hat with float control/anti-rattle clips Sold/priced per pair. 380x34mm (15") 2-Piece disc complete axle set.  Pre-Assembled with all necessary hardware Included Track-Ready Performance, Street-Driven Reliability Upgrade your braking system with the Brembo Type 3 or Type 5 2-Piece Floating Rotors, precision-engineered for the Porsche 991 GT3 GT3RS(non-pccb) models equipped with standard iron brakes (non-PCCB). Designed for high-performance street driving, autocross, and track-day use, these rotors deliver enhanced thermal management, reduced unsprung weight, and longer pad life. Each rotor features Vented Curved 72 Vanes, a lightweight billet aluminum hat mated to a directionally slotted, heat-treated iron outer ring, optimizing brake cooling and rotor stability under extreme conditions. Advanced high carbon alloy / corrosion resistant plating for performance and durability.  The floating design with floating D-Bobbin with anti rattle springs reduces stress transfer to the hub, helping to minimize cracking, coning, and distortion during repeated high-speed stops. With OE-matched dimensions, these rotors offer direct bolt-on fitment with no modifications required. Whether you're shaving seconds on the track or just want more confidence on the road, the Brembo 2-piece rotor set is the perfect upgrade to unleash the full potential of your 991 GT3 GT3RS (non-pccb). Backed by competition-proven engineering and trusted by performance enthusiasts nationwide, this is the brake rotor solution serious drivers choose. Competition Motorsport is an Authorized dealer for Brembo products and we are one of the largest stocking dealers in the country.   The Brembo two piece rotor system is a direct rotor disc replacement for the oem hat and rotor and is designed to be used with oem calipers with no modifications necessary.   This system consists of 2-Piece disc assemblies which directly replace the OEM discs. To be used with OEM calipers. Brembo GT Systems are designed for vehicles at original ride height. Increased ride height is not compatible with the brake lines included in these systems. The 2-piece Brembo design allows for rotor only replacement to minimize replacement costs and deliver outstanding performance and cooling. Brembo 2-Piece Rotor FAQs How long do Brembo discs last? The usable life of a brake disc is influenced by a number of factors including vehicle weight, driving style, vehicle usage, brake pad material, and many others. Therefore a blanket disc lifetime cannot be given. However, when used in the same conditions, a Brembo disc should meet or exceed the life of the disc it replaces. It is important to periodically check the disc thickness, and replace the disc if it falls below the minimum allowed thickness. How does reducing weight of the braking system benefit the vehicle? The mass of any vehicle requires energy to accelerate or decelerate. Reducing vehicle mass improves acceleration and requires less energy to be dissipated during deceleration. Rotating mass requires additional energy in order to increase or decrease its speed of rotation. Therefore, decreasing the mass of the caliper is valuable due to its contribution to total vehicle mass. Decreasing the mass of the disc has an even greater benefit due to the fact that the disc must rotate as well. Additionally, the mass of the brake system is also unsprung mass. Reducing the unsprung mass has the additional benefit of improved suspension performance, resulting in enhanced ride and handling. Should new discs and pads be bedded in? The bedding procedure is an important step when installing new rotors and pads. Correctly bedded pads form a transfer layer of material on the surface of the disc which improves overall "bite" and performance. Without proper "pre-bedding" that simulates the correct heat and torque loads seen in actual driving conditions, a pad's true potential cannot be realized. This process will also ensure that the pads will produce a rotor finish with a consistent transfer layer which prevents "judder" from occurring. The Brembo Bedding Memo should be followed when installing a new Brembo system or new discs and / or street pads. For race friction and / or track use, please contact us for detailed information regarding the appropriate bedding procedure to follow. Some of the bushings in the two-piece disc assembly seem to be loose. The two-piece disc assemblies utilize a floating disc. The mounting system of the disc is designed to allow a specific amount of float in both the radial and axial directions. Brembo has engineered special springs that are used on every other fastener in order to slightly preload the assembly. This has been done to prevent excessive noise from the system during street use, while still maintaining the benefits of a floating disc. These springs can be seen when looking at the backside of the disc. The small screws on the backside of the disc are properly torqued during assembly and utilize thread lock compound to prevent loosening. They must not be tightened further. What is the difference between the systems Brembo offers? Brembo offers different levels for different applications, and for different budgets. There are currently three performance levels within the Brembo program. The first level is the Sport system. These kits include cross-drilled or slotted discs and high performance brake pads, and are direct replacements for the OEM components. The second level, the Gran Turismo system, upgrades the entire corner brake assembly. These kits combine fixed mount, 4, 6, or 8-piston aluminum calipers equipped with high performance brake pads, one or two piece directionally vented discs, and steel-braided brake lines. For those seeking a system for exclusive or nearly exclusive track use, the Race systems offer upgrades consisting of true racing components. Why are there so many holes in a cross-drilled disc? The number of holes in a cross-drilled disc is part of the engineered system. Brembo has done extensive testing with regards to the number of holes, their size, their location and their chamfering. This attention to detail is what truly sets Brembo apart in the world of braking. The same attention to detail that is delivered to the Ferrari Formula One effort is a component of the high performance program. The number of holes in a disc is in part a function of the size of the disc and the internal venting (if it is a vented disc). Why use a two-piece "floating" disc assembly? There are several reasons that a two-piece floating disc assembly is of benefit. First, by using an aluminum bell for the hub section of the disc saves a great deal of weight. Since this is both rotating and unsprung, it benefits the acceleration, braking, and handling of the vehicle. Secondly, it is better able to handle the large temperature changes that a brake disc experiences. In a two-piece floating disc assembly, the iron disc heats up uniformly, and the controlled float which is present allows for the differential expansion of the very hot brake disc, and the relatively cool aluminum bell. This allows the disc to be used under severe conditions without having a detrimental effect. Will a Brembo brake system work with my standard master cylinder, ABS, or traction control? Brembo brake systems are designed to work with your standard master cylinder, and do not hamper the function of your ABS or traction control system. Will I experience brake noise with Brembo brakes? Brembo makes every effort to test for and eliminate abnormal brake noise from the systems we offer. There are many factors that can contribute to abnormal brake noises, and while it is unlikely that a Brembo system will create noise, the engineering and customer service departments are available to answer questions and work to solve any noise issues which may arise. Please contact us if you have additional questions or concerns. How do I properly bed my new Brembo brake rotors? It is important to follow the proper brake bedding procedure following installation. This is necessary not only for optimum performance of the system, but also to avoid onset of judder (vibration felt through brake and steering).   The discs are delivered with a thin zinc coating to prevent corrosion. Prior to beginning the bedding procedure, this plating must be removed from the braking surfaces by driving the car slowly (under 30mph) and performing very light brake applications in order to remove the plating without generating heat. With too much heat or pedal pressure, this plating can be deposited unevenly on the disc, and impregnated into the pad, further increasing the likelihood of judder development. Once a visual inspection of the braking surfaces confirms that the plating has been evenly removed, begin with the bedding procedure as specified below. Drive vehicle to a remote area and perform at least 30 brake applications of 3 second duration. Use light/medium deceleration with varying starting speeds. Leave at least ½ mile between each brake application The purpose of this procedure is to gradually increase the temperature in the components without thermal shock, and to mate the brake pad and disc friction surfaces  After the repeated stops, drive the vehicle for several miles with little or no braking in order to adequately cool the components  The system is now ready for normal use  This entire procedure must be complete before driving the vehicle as normal. It is especially important that this process is completed before any extended same-speed driving is done (i.e. freeway travel). Failure to follow these instructions greatly increases the likelihood of judder development

Brembo 2-Piece Slotted Rotors Porsche 991 911 Turbo non-PCCB (Rear) Fit The Following Cars (w/ OEM Iron Rotors) Porsche 991 911 Turbo (Rear) Brembo 2-piece Competition cross-drilled front disc pair for iron discs 380mm x 30mm (15.00" x 1.25") 72 Vane, D66 Huge increase in airflow, cooling capacity, and durability vs. OEM discs Saves 2 lbs. unsprung weight per side vs. OEM iron discs Designed for: club racing, time trial, auto-x, HPDE Works with OEM calipers, no modifications required Ultralight, fully floating, anodized billet aluminum hat with float control/anti-rattle clips Sold/priced per pair. 380x30mm (15") 2-Piece disc complete axle set.  Pre-Assembled with all necessary hardware Included Track-Ready Performance, Street-Driven Reliability Upgrade your braking system with the Brembo Type 3 or Type 5 2-Piece Floating Rotors, precision-engineered for the Porsche 991 Turbo (non-pccb) models equipped with standard iron brakes (non-PCCB). Designed for high-performance street driving, autocross, and track-day use, these rotors deliver enhanced thermal management, reduced unsprung weight, and longer pad life. Each rotor features Vented Curved 72 Vanes, a lightweight billet aluminum hat mated to a directionally slotted, heat-treated iron outer ring, optimizing brake cooling and rotor stability under extreme conditions. Advanced high carbon alloy / corrosion resistant plating for performance and durability.  The floating design with floating D-Bobbin with anti rattle springs reduces stress transfer to the hub, helping to minimize cracking, coning, and distortion during repeated high-speed stops. With OE-matched dimensions, these rotors offer direct bolt-on fitment with no modifications required. Whether you're shaving seconds on the track or just want more confidence on the road, the Brembo 2-piece rotor set is the perfect upgrade to unleash the full potential of your 991 Turbo (non-pccb). Backed by competition-proven engineering and trusted by performance enthusiasts nationwide, this is the brake rotor solution serious drivers choose. Competition Motorsport is an Authorized dealer for Brembo products and we are one of the largest stocking dealers in the country.   The Brembo two piece rotor system is a direct rotor disc replacement for the oem hat and rotor and is designed to be used with oem calipers with no modifications necessary.   This system consists of 2-Piece disc assemblies which directly replace the OEM discs. To be used with OEM calipers. Brembo GT Systems are designed for vehicles at original ride height. Increased ride height is not compatible with the brake lines included in these systems. The 2-piece Brembo design allows for rotor only replacement to minimize replacement costs and deliver outstanding performance and cooling. Brembo 2-Piece Rotor FAQs How long do Brembo discs last? The usable life of a brake disc is influenced by a number of factors including vehicle weight, driving style, vehicle usage, brake pad material, and many others. Therefore a blanket disc lifetime cannot be given. However, when used in the same conditions, a Brembo disc should meet or exceed the life of the disc it replaces. It is important to periodically check the disc thickness, and replace the disc if it falls below the minimum allowed thickness. How does reducing weight of the braking system benefit the vehicle? The mass of any vehicle requires energy to accelerate or decelerate. Reducing vehicle mass improves acceleration and requires less energy to be dissipated during deceleration. Rotating mass requires additional energy in order to increase or decrease its speed of rotation. Therefore, decreasing the mass of the caliper is valuable due to its contribution to total vehicle mass. Decreasing the mass of the disc has an even greater benefit due to the fact that the disc must rotate as well. Additionally, the mass of the brake system is also unsprung mass. Reducing the unsprung mass has the additional benefit of improved suspension performance, resulting in enhanced ride and handling. Should new discs and pads be bedded in? The bedding procedure is an important step when installing new rotors and pads. Correctly bedded pads form a transfer layer of material on the surface of the disc which improves overall "bite" and performance. Without proper "pre-bedding" that simulates the correct heat and torque loads seen in actual driving conditions, a pad's true potential cannot be realized. This process will also ensure that the pads will produce a rotor finish with a consistent transfer layer which prevents "judder" from occurring. The Brembo Bedding Memo should be followed when installing a new Brembo system or new discs and / or street pads. For race friction and / or track use, please contact us for detailed information regarding the appropriate bedding procedure to follow. Some of the bushings in the two-piece disc assembly seem to be loose. The two-piece disc assemblies utilize a floating disc. The mounting system of the disc is designed to allow a specific amount of float in both the radial and axial directions. Brembo has engineered special springs that are used on every other fastener in order to slightly preload the assembly. This has been done to prevent excessive noise from the system during street use, while still maintaining the benefits of a floating disc. These springs can be seen when looking at the backside of the disc. The small screws on the backside of the disc are properly torqued during assembly and utilize thread lock compound to prevent loosening. They must not be tightened further. What is the difference between the systems Brembo offers? Brembo offers different levels for different applications, and for different budgets. There are currently three performance levels within the Brembo program. The first level is the Sport system. These kits include cross-drilled or slotted discs and high performance brake pads, and are direct replacements for the OEM components. The second level, the Gran Turismo system, upgrades the entire corner brake assembly. These kits combine fixed mount, 4, 6, or 8-piston aluminum calipers equipped with high performance brake pads, one or two piece directionally vented discs, and steel-braided brake lines. For those seeking a system for exclusive or nearly exclusive track use, the Race systems offer upgrades consisting of true racing components. Why are there so many holes in a cross-drilled disc? The number of holes in a cross-drilled disc is part of the engineered system. Brembo has done extensive testing with regards to the number of holes, their size, their location and their chamfering. This attention to detail is what truly sets Brembo apart in the world of braking. The same attention to detail that is delivered to the Ferrari Formula One effort is a component of the high performance program. The number of holes in a disc is in part a function of the size of the disc and the internal venting (if it is a vented disc). Why use a two-piece "floating" disc assembly? There are several reasons that a two-piece floating disc assembly is of benefit. First, by using an aluminum bell for the hub section of the disc saves a great deal of weight. Since this is both rotating and unsprung, it benefits the acceleration, braking, and handling of the vehicle. Secondly, it is better able to handle the large temperature changes that a brake disc experiences. In a two-piece floating disc assembly, the iron disc heats up uniformly, and the controlled float which is present allows for the differential expansion of the very hot brake disc, and the relatively cool aluminum bell. This allows the disc to be used under severe conditions without having a detrimental effect. Will a Brembo brake system work with my standard master cylinder, ABS, or traction control? Brembo brake systems are designed to work with your standard master cylinder, and do not hamper the function of your ABS or traction control system. Will I experience brake noise with Brembo brakes? Brembo makes every effort to test for and eliminate abnormal brake noise from the systems we offer. There are many factors that can contribute to abnormal brake noises, and while it is unlikely that a Brembo system will create noise, the engineering and customer service departments are available to answer questions and work to solve any noise issues which may arise. Please contact us if you have additional questions or concerns. How do I properly bed my new Brembo brake rotors? It is important to follow the proper brake bedding procedure following installation. This is necessary not only for optimum performance of the system, but also to avoid onset of judder (vibration felt through brake and steering).   The discs are delivered with a thin zinc coating to prevent corrosion. Prior to beginning the bedding procedure, this plating must be removed from the braking surfaces by driving the car slowly (under 30mph) and performing very light brake applications in order to remove the plating without generating heat. With too much heat or pedal pressure, this plating can be deposited unevenly on the disc, and impregnated into the pad, further increasing the likelihood of judder development. Once a visual inspection of the braking surfaces confirms that the plating has been evenly removed, begin with the bedding procedure as specified below. Drive vehicle to a remote area and perform at least 30 brake applications of 3 second duration. Use light/medium deceleration with varying starting speeds. Leave at least ½ mile between each brake application The purpose of this procedure is to gradually increase the temperature in the components without thermal shock, and to mate the brake pad and disc friction surfaces  After the repeated stops, drive the vehicle for several miles with little or no braking in order to adequately cool the components  The system is now ready for normal use  This entire procedure must be complete before driving the vehicle as normal. It is especially important that this process is completed before any extended same-speed driving is done (i.e. freeway travel). Failure to follow these instructions greatly increases the likelihood of judder development

Brembo 2-Piece Slotted Rotors Porsche 991 911 Turbo non-PCCB (Front) Fit The Following Cars (w/ OEM Iron Rotors) Porsche 991 911 Turbo (Front) Brembo 2-piece Competition cross-drilled front disc pair for iron discs 380mm x 34mm (15.00" x 1.36") 72 Vane, D66 Huge increase in airflow, cooling capacity, and durability vs. OEM discs Saves 2 lbs. unsprung weight per side vs. OEM iron discs Designed for: club racing, time trial, auto-x, HPDE Works with OEM calipers, no modifications required Ultralight, fully floating, anodized billet aluminum hat with float control/anti-rattle clips Sold/priced per pair. 380x34mm (15") 2-Piece disc complete axle set.  Pre-Assembled with all necessary hardware Included Track-Ready Performance, Street-Driven Reliability Upgrade your braking system with the Brembo Type 3 or Type 5 2-Piece Floating Rotors, precision-engineered for the Porsche 991 Turbo (non-pccb) models equipped with standard iron brakes (non-PCCB). Designed for high-performance street driving, autocross, and track-day use, these rotors deliver enhanced thermal management, reduced unsprung weight, and longer pad life. Each rotor features Vented Curved 72 Vanes, a lightweight billet aluminum hat mated to a directionally slotted, heat-treated iron outer ring, optimizing brake cooling and rotor stability under extreme conditions. Advanced high carbon alloy / corrosion resistant plating for performance and durability.  The floating design with floating D-Bobbin with anti rattle springs reduces stress transfer to the hub, helping to minimize cracking, coning, and distortion during repeated high-speed stops. With OE-matched dimensions, these rotors offer direct bolt-on fitment with no modifications required. Whether you're shaving seconds on the track or just want more confidence on the road, the Brembo 2-piece rotor set is the perfect upgrade to unleash the full potential of your 991 Turbo (non-pccb). Backed by competition-proven engineering and trusted by performance enthusiasts nationwide, this is the brake rotor solution serious drivers choose. Competition Motorsport is an Authorized dealer for Brembo products and we are one of the largest stocking dealers in the country.   The Brembo two piece rotor system is a direct rotor disc replacement for the oem hat and rotor and is designed to be used with oem calipers with no modifications necessary.   This system consists of 2-Piece disc assemblies which directly replace the OEM discs. To be used with OEM calipers. Brembo GT Systems are designed for vehicles at original ride height. Increased ride height is not compatible with the brake lines included in these systems. The 2-piece Brembo design allows for rotor only replacement to minimize replacement costs and deliver outstanding performance and cooling. Brembo 2-Piece Rotor FAQs How long do Brembo discs last? The usable life of a brake disc is influenced by a number of factors including vehicle weight, driving style, vehicle usage, brake pad material, and many others. Therefore a blanket disc lifetime cannot be given. However, when used in the same conditions, a Brembo disc should meet or exceed the life of the disc it replaces. It is important to periodically check the disc thickness, and replace the disc if it falls below the minimum allowed thickness. How does reducing weight of the braking system benefit the vehicle? The mass of any vehicle requires energy to accelerate or decelerate. Reducing vehicle mass improves acceleration and requires less energy to be dissipated during deceleration. Rotating mass requires additional energy in order to increase or decrease its speed of rotation. Therefore, decreasing the mass of the caliper is valuable due to its contribution to total vehicle mass. Decreasing the mass of the disc has an even greater benefit due to the fact that the disc must rotate as well. Additionally, the mass of the brake system is also unsprung mass. Reducing the unsprung mass has the additional benefit of improved suspension performance, resulting in enhanced ride and handling. Should new discs and pads be bedded in? The bedding procedure is an important step when installing new rotors and pads. Correctly bedded pads form a transfer layer of material on the surface of the disc which improves overall "bite" and performance. Without proper "pre-bedding" that simulates the correct heat and torque loads seen in actual driving conditions, a pad's true potential cannot be realized. This process will also ensure that the pads will produce a rotor finish with a consistent transfer layer which prevents "judder" from occurring. The Brembo Bedding Memo should be followed when installing a new Brembo system or new discs and / or street pads. For race friction and / or track use, please contact us for detailed information regarding the appropriate bedding procedure to follow. Some of the bushings in the two-piece disc assembly seem to be loose. The two-piece disc assemblies utilize a floating disc. The mounting system of the disc is designed to allow a specific amount of float in both the radial and axial directions. Brembo has engineered special springs that are used on every other fastener in order to slightly preload the assembly. This has been done to prevent excessive noise from the system during street use, while still maintaining the benefits of a floating disc. These springs can be seen when looking at the backside of the disc. The small screws on the backside of the disc are properly torqued during assembly and utilize thread lock compound to prevent loosening. They must not be tightened further. What is the difference between the systems Brembo offers? Brembo offers different levels for different applications, and for different budgets. There are currently three performance levels within the Brembo program. The first level is the Sport system. These kits include cross-drilled or slotted discs and high performance brake pads, and are direct replacements for the OEM components. The second level, the Gran Turismo system, upgrades the entire corner brake assembly. These kits combine fixed mount, 4, 6, or 8-piston aluminum calipers equipped with high performance brake pads, one or two piece directionally vented discs, and steel-braided brake lines. For those seeking a system for exclusive or nearly exclusive track use, the Race systems offer upgrades consisting of true racing components. Why are there so many holes in a cross-drilled disc? The number of holes in a cross-drilled disc is part of the engineered system. Brembo has done extensive testing with regards to the number of holes, their size, their location and their chamfering. This attention to detail is what truly sets Brembo apart in the world of braking. The same attention to detail that is delivered to the Ferrari Formula One effort is a component of the high performance program. The number of holes in a disc is in part a function of the size of the disc and the internal venting (if it is a vented disc). Why use a two-piece "floating" disc assembly? There are several reasons that a two-piece floating disc assembly is of benefit. First, by using an aluminum bell for the hub section of the disc saves a great deal of weight. Since this is both rotating and unsprung, it benefits the acceleration, braking, and handling of the vehicle. Secondly, it is better able to handle the large temperature changes that a brake disc experiences. In a two-piece floating disc assembly, the iron disc heats up uniformly, and the controlled float which is present allows for the differential expansion of the very hot brake disc, and the relatively cool aluminum bell. This allows the disc to be used under severe conditions without having a detrimental effect. Will a Brembo brake system work with my standard master cylinder, ABS, or traction control? Brembo brake systems are designed to work with your standard master cylinder, and do not hamper the function of your ABS or traction control system. Will I experience brake noise with Brembo brakes? Brembo makes every effort to test for and eliminate abnormal brake noise from the systems we offer. There are many factors that can contribute to abnormal brake noises, and while it is unlikely that a Brembo system will create noise, the engineering and customer service departments are available to answer questions and work to solve any noise issues which may arise. Please contact us if you have additional questions or concerns. How do I properly bed my new Brembo brake rotors? It is important to follow the proper brake bedding procedure following installation. This is necessary not only for optimum performance of the system, but also to avoid onset of judder (vibration felt through brake and steering).   The discs are delivered with a thin zinc coating to prevent corrosion. Prior to beginning the bedding procedure, this plating must be removed from the braking surfaces by driving the car slowly (under 30mph) and performing very light brake applications in order to remove the plating without generating heat. With too much heat or pedal pressure, this plating can be deposited unevenly on the disc, and impregnated into the pad, further increasing the likelihood of judder development. Once a visual inspection of the braking surfaces confirms that the plating has been evenly removed, begin with the bedding procedure as specified below. Drive vehicle to a remote area and perform at least 30 brake applications of 3 second duration. Use light/medium deceleration with varying starting speeds. Leave at least ½ mile between each brake application The purpose of this procedure is to gradually increase the temperature in the components without thermal shock, and to mate the brake pad and disc friction surfaces  After the repeated stops, drive the vehicle for several miles with little or no braking in order to adequately cool the components  The system is now ready for normal use  This entire procedure must be complete before driving the vehicle as normal. It is especially important that this process is completed before any extended same-speed driving is done (i.e. freeway travel). Failure to follow these instructions greatly increases the likelihood of judder development