Description
Ensure reliable and controlled stopping power with the Brembo OE Front Disc Brake Kit, designed for a wide range of vehicles and driving conditions. This comprehensive kit includes high-quality discs and Prime low-Met brake pads that deliver consistent performance, comfort, and safety. The Prime pads feature patented solutions and are engineered to match original equipment standards, providing a seamless and reliable braking experience. All necessary hardware is included, enabling straightforward and immediate installation for both professional technicians and DIY enthusiasts. The discs are manufactured using high carbon cast iron, the same material as original manufacturer parts, which offers superior damping, reduced vibration, and noise suppression. These properties translate into improved brake behavior, enhanced driving comfort, and better heat conduction, allowing for quicker heat transfer and shorter cooling times. For demanding conditions, the Xtra discs are crafted from specially tested alloy high carbon materials, providing increased resistance to thermo-mechanical stress and ensuring long-lasting performance under intense braking conditions.
Whether you’re replacing worn-out components or upgrading your braking system, this kit guarantees optimal safety and performance. Brembo’s commitment to quality and precision manufacturing makes this an ideal choice for drivers seeking dependable braking solutions that meet or exceed OEM standards. Easy to install with all hardware included, the Brembo OE Front Disc Brake Kit is a reliable upgrade for your vehicle’s braking system, offering peace of mind on every drive.
Features:
- Complete front disc brake kit with discs and brake pads for easy installation
- High carbon cast iron discs for superior heat conduction, damping, and noise reduction
- Prime low-Met brake pads engineered for comfort, performance, and OEM compatibility
- Discs include all necessary fixing hardware for a safer, simpler installation
- Xtra discs made from specially alloyed high carbon material for enhanced resistance to thermo-mechanical stress
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