fits model: Xcr. make: Honda.

( Brand: Moose Racing ), ( Manufacturer Part Number: 94935 ), ( Part Type: Brake ), ( Warranty Details: See Manufacturer )
The 94935 Moose XCR Comp Brake Shoes, designed specifically for front and rear applications on Honda racing motorcycles, are engineered to deliver exceptional stopping power and durability. These brake shoes are crafted from high-quality friction material, ensuring a consistent and reliable brake performance even under extreme racing conditions.
The XCR Comp front brake shoes feature a unique compound that provides excellent heat resistance and fade resistance, ensuring consistent stopping power even during prolonged high-speed braking. The shoes are also designed to minimize brake fade, ensuring that your braking performance remains consistent throughout the race.
The rear brake shoes, also part of the 94935 Moose XCR Comp set, are engineered with a similar high-quality friction material. They are designed to provide excellent modulation, allowing you to fine-tune your braking input for precise control. The shoes are also designed to minimize wear and tear, ensuring that they last longer than standard OEM brake shoes.
The 94935 Moose XCR Comp Brake Shoes are specifically designed for Honda racing motorcycles, ensuring a perfect fit and high performance. They are easy to install, with clear installation instructions included in the package. The shoes are also designed to work with your existing brake calipers, making them a cost-effective upgrade to your existing brake system.
In summary, the 94935 Moose XCR Comp Brake Shoes are a high-performance upgrade for your Honda racing motorcycle. They provide excellent stopping power, heat resistance, and fade resistance, ensuring consistent performance even under extreme conditions. Their durable design also ensures that they last longer than standard OEM brake shoes, making them a cost-effective upgrade for your racing bike.
Pros of buying 94935 Moose XCR Comp Brake Shoes (Front and Rear) for Honda Racing:1. High-performance brake shoes: The Moose XCR Comp brake shoes are designed for high-performance racing applications, providing excellent stopping power and durability.
2. Improved braking performance: The compounds used in these brake shoes provide improved heat dissipation, reducing the risk of brake fade, a common issue in high-performance racing.
3. Long-lasting: The Moose XCR Comp brake shoes are built to last, with a high-quality construction that can withstand the rigors of racing.
4. Compatibility: These brake shoes are specifically designed for Honda Racing vehicles, ensuring a perfect fit and reliable performance.
Cons of buying 94935 Moose XCR Comp Brake Shoes (Front and Rear) for Honda Racing:1. High cost: Compared to standard brake shoes, the Moose XCR Comp brake shoes are more expensive due to their high-performance materials and construction.
2. May not be necessary for all applications: If you are not engaging in high-performance racing or aggressive driving, the added cost and performance benefits of these brake shoes may not be necessary.
3. Requires professional installation: Proper installation of these brake shoes requires specialized tools and knowledge, which may require additional costs.
Conclusion:If you are involved in high-performance racing or aggressive driving, the 94935 Moose XCR Comp Brake Shoes (Front and Rear) for Honda Racing are a worthwhile investment. They offer superior stopping power, improved heat dissipation, and long-lasting performance. However, if you are not involved in racing or aggressive driving, the added cost and specialized installation may not be justified. In such cases, standard brake shoes may provide sufficient performance at a lower cost.
Recommendation:If you are involved in high-performance racing or aggressive driving and are looking for high-performance brake shoes, the 94935 Moose XCR Comp Brake Shoes (Front and Rear) for Honda Racing are a recommended option. However, it is important to ensure that the brake shoes are properly installed by a qualified professional to ensure optimal performance and safety.