Brembo OE 20-24 Audi S5/2021 S6/S7 Sportback/SQ5 Sportback PRIME Ceramic Brake Pad - Rear

Brembo PRIME Ceramic Disc Brake Pad Set

OE REPLACEMENT: Engineered to meet or exceed original equipment specifications, providing precise fit, consistent performance, and reliable braking that ensures Brembo level safety and confidence in every stop QUIET & COMFORTABLE: Features chamfered edges, precision slotting, and multi-layer anti-noise shims to effectively reduce noise and vibration, delivering a quieter, more comfortable braking experience LOW DUST FORMULATION: Utilizes a Brembo engineered, application specific friction material designed to match the performance needs of each vehicle, minimizing brake dust to keep wheels cleaner longer DURABLE: Features a corrosion resistant coated backing plate and pre-burnished surface for smooth break-in and extended pad life.

Brembo brake pads reflect the brand?s racing heritage and engineering excellence, delivering the ideal balance of performance, safety, and comfort for every driving style. Designed with carefully selected friction materials, they provide reliable braking across a wide variety of vehicles, from daily commuters to performance cars and commercial vehicles. Every vehicle deserves Brembo. Supplying original equipment brakes to leading automakers worldwide, Brembo brings the same precision, quality, and performance found in factory-installed brakes to every aftermarket pad. Precision-engineered chamfered edges and slotted to reduce noise, enhance comfort, and improve cooling for consistent performance. Multi-layer anti-noise and anti-vibration shims further minimize vibration and harshness, ensuring a quiet, smooth ride even under demanding conditions. Brembo?s advanced scorch treatment ensures stable friction and consistent braking behavior. Combined with rigorous testing and quality control, these pads deliver confident stopping power, extended durability, and maximum safety in all driving situations, reflecting the high standards expected from the global leader in braking systems.