Essential Mmr Rp650 Fast Road Pad Upgrade Rear | Bmw F8x | F2x | F3x Holiday Edition [mIjDV5nR]

MMR RP650 Fast Road Pad Upgrade Rear for BMW F8x, F2x, F3x

The MMR RP650 Rear Brake Pads are a game-changer for BMW F8x, F2x, and F3x owners seeking to elevate their vehicle's braking performance. Designed for both daily driving and occasional track days, these pads offer a seamless blend of high-performance braking and reliability. With their advanced ECE-90 approved high friction material, the RP650 pads deliver exceptional stopping power under high temperatures, ensuring that your vehicle maintains optimal braking performance without the need for a warm-up period.

Superior Performance and Pedal Feel

The MMR RP650 pads are crafted to provide an unparalleled braking experience. Their medium aramid fibre compound boasts a friction coefficient of 0.42μ in the temperature range of 450 – 650°C, guaranteeing superior stopping power even under the most demanding conditions. The pads are designed to offer a progressive braking feel with unparalleled pedal response, ensuring that you have complete control over your vehicle's stopping power. Additionally, the slotted and chamfered construction ensures quiet and smooth braking, making the RP650 pads a perfect choice for those who value both performance and comfort.

Longevity and ECE-R90 Certification

In addition to their exceptional performance, the MMR RP650 pads are designed to last longer than traditional brake pads, reducing the need for frequent replacements and saving you money in the long run. They also produce less dust than conventional pads, keeping your wheels cleaner and reducing the need for frequent cleaning. Furthermore, these pads carry the ECE-R90 certification, ensuring that they meet the highest safety standards and are legal for road use. This certification provides peace of mind, knowing that the pads have been tested and approved for their performance, speed, sensitivity, friction behavior, compressibility, shear, and hardness, both when cold and at full track temperatures.