fits model: Xcr.

( Brand: Moose Racing ), ( Manufacturer Part Number: M935-S47 ), ( Part Type: Pad Brake )
The M935-S47 Comp Racing Brake Pads, in conjunction with XCR Moose Rotors, are a formidable duo designed for high-performance applications. These brake pads are engineered specifically for competition use, providing unrivaled stopping power and durability.
The M935-S47 comp racing brake pads are made from a proprietary compound that offers exceptional heat resistance and fade-free performance, even under the most intense racing conditions. This compound ensures that the brake pads maintain their effectiveness and reliability, even after repeated use and prolonged periods of high-speed braking.
The surface of the pads features a unique textured pattern, which aids in the dissipation of heat, further improving their performance and longevity. This pattern also enhances the pad's bite on the rotor, providing exceptional stopping power and ensuring a consistent, predictable braking response.
The M935-S47 comp racing brake pads are designed to be compatible with XCR Moose rotors, which are renowned for their superior heat dissipation and strength. Together, these components create a braking system that can handle the extreme demands of competition racing, providing the driver with the confidence and control necessary to push their vehicle to its limits.
In conclusion, the M935-S47 Comp Racing Brake Pads and XCR Moose Rotors are an unmatched combination for high-performance applications. These components offer exceptional heat resistance, fade-free performance, and consistent stopping power, making them an essential upgrade for any serious racer.
Pros of buying M935-S47 Comp Racing Brake Pads with XCR Moose Pads:1. High Performance: These brake pads are designed for high-performance racing applications, providing superior stopping power and consistency.
2. Long-Lasting: Moose Racing's XCR compound is known for its durability, ensuring that the pads last longer than standard pads.
3. Fade Resistance: These pads have excellent fade resistance, meaning they maintain their stopping power even under heavy use or in extreme temperatures.
4. Excellent Modulation: The M935-S47 Comp Racing Brake Pads offer excellent modulation, allowing for precise brake control.
Cons of buying M935-S47 Comp Racing Brake Pads with XCR Moose Pads:1. Price: These pads are more expensive than standard brake pads due to their high-performance design and materials.
2. Requires Specific Calipers: These pads are designed for specific calipers and may not be compatible with all vehicles, so it's important to ensure compatibility before purchasing.
3. Loud Brake Sound: The pads may produce a louder brake sound than standard pads, which some drivers may find bothersome.
Conclusion:If you're a competitive racer or enthusiast looking for superior stopping power, durability, and fade resistance, the M935-S47 Comp Racing Brake Pads with XCR Moose Pads are an excellent choice. Although they are more expensive and may produce a louder brake sound, the performance benefits often outweigh these drawbacks for many drivers. However, it's important to ensure that the pads are compatible with your vehicle's calipers before making a purchase.
Recommendation:If you're looking for high-performance brake pads for your racing vehicle, I would recommend the M935-S47 Comp Racing Brake Pads with XCR Moose Pads. They offer excellent stopping power, durability, and fade resistance, making them a great choice for competitive racers and enthusiasts. Just make sure to double-check compatibility with your vehicle's calipers before purchasing.
Compare the microfiche for the USA model to your model to be sure they are the same.
Moose Racing Xcr comp brake pads m935 s47 ultimate wet condition pads low wear 47 sauntered metal compound outlasts the gnarliest conditions high tech gray zirconium based ceramic applied extra thick to protect brake fluid from heat perfect match with Moose Racing oem or mud proof solid replacement rotors imported note image may not be actual item and may differ depending on your vehicle fitment.