EBC Brakes xmm Rear Racing SG Series Sport Discs (Pair) – SG7366
Discover braking excellence with Racing SG Series Sport Discs (Pair) EBC Brake Discs (A036). Elevate your vehicle’s stopping power and reliability with our precision-engineered disc solutions.
- Disc Diameter: mm
- Disc Height: mm
- Disc Thickness (New/Min): /mm
- No. of Bolts:
- Disc Style:
- Disc Range: Racing SG Series Sport Discs (Pair)
Utilise the vehicle fitment tab to confirm application/compatibility for your vehicle.
Please note, some vehicle models may have multiple options available if they were manufactured with multiple braking systems throughout their generation. If you are unsure which kit you require, please contact our team directly who can advise you immediately.
Fully-Floating 2-Piece Brake Rotors
Following a rigorous development process, including countless hours of dyno testing and the establishment of a new production line at EBC Brakes World Headquarters in Northampton, UK, EBC is excited to introduce a new line of high-performance 2-piece fully-floating brake rotors. This launch is part of the newly established EBC Brakes Racing brand. The EBC Brakes Racing team embarked on this project with a clear and precise goal: to create the highest quality 2-piece floating brake rotor available in the current market. The components and technology incorporated into these brake rotors are a testament to this quest for excellence. The result is a brake rotor that meets the advanced braking requirements of modern high-performance road and race vehicles. The 'SG2F' rotors are designed as a direct replacement for performance vehicles that come equipped with 2-piece brake rotors as standard, such as the Nissan GT-R (R35). For vehicles originally fitted with 2-piece pin-drive brake rotors, EBC's SG2F 2-piece rotor upgrade offers an effortless switch to a true fully-floating 2-piece rotor, without necessitating any modifications to the vehicle.G3500 Disc Alloy Friction Rings
Each outer ring is crafted from the premium-grade disc alloy 'G3500', a material born from race technology featuring high carbon and copper content. This G3500 disc alloy boasts exceptional thermal conductivity and endurance against heat cycling. These qualities ensure maximum life and performance of the brake rotor, especially under the stresses of intense driving or during track use.
