fits make: Aprilia, Bmw, Ducati.

( Brand: Braking ), ( Manufacturer Part Number: 773CM56 ), ( Part Type: Pad Brake ), ( Make: Aprilia )
The Sintered Performance Brake Pad SINT 773CM56 1721-2431 is a high-performance brake pad specifically designed for Aprilia, BMW, and Ducati vehicles. This sintered brake pad is engineered to provide exceptional stopping power, durability, and resistance to fade under heavy braking conditions.
The SINT 773CM56 1721-2431 is made using a high-quality sintered material, which is a type of brake pad that is known for its superior performance and longevity. The sintered material is composed of finely ground particles of copper, iron, and other metal alloys, which are compacted and sintered at high temperatures to form a dense, hard material. This material provides excellent heat dissipation, allowing the brake pad to maintain its performance even under high-temperature conditions.
The brake pad features a specialized friction coating that provides excellent grip on the brake rotor, ensuring consistent and reliable braking performance. The coating is also designed to minimize brake dust, which can help keep your wheels and brake calipers clean and protect the finish of your vehicle.
The SINT 773CM56 1721-2431 is easy to install and requires no special tools or techniques. The brake pad is pre-shimmed and includes all necessary hardware, making installation a straightforward process. The brake pad is also designed to fit snugly in the brake caliper, reducing the risk of noise or vibration during braking.
In summary, the Sintered Performance Brake Pad SINT 773CM56 1721-2431 is a high-performance brake pad that is ideal for Aprilia, BMW, and Ducati vehicles. Its sintered material provides excellent heat dissipation and durability, while its specialized friction coating ensures consistent and reliable braking performance. The brake pad is easy to install and requires no special tools, making it a great choice for both professional mechanics and DIY enthusiasts.
Pros of buying Sintered Performance Brake Pads (Part Number: 773cm56 1721-2431) for Aprilia, BMW, and Ducati:1. High-performance: These sintered brake pads are designed for high-performance applications, offering superior stopping power and improved brake modulation.
2. Durability: Sintered brake pads are known for their long-lasting performance, reducing the frequency of pad replacements.
3. Temperature resistance: Sintered brake pads maintain their performance at high temperatures, making them suitable for track or aggressive street use.
4. Consistent performance: The material composition ensures consistent braking performance throughout the pad's lifespan.
Cons of buying Sintered Performance Brake Pads (Part Number: 773cm56 1721-2431):1. Cost: Sintered brake pads are typically more expensive than organic or semi-metallic pads due to their higher-quality materials and manufacturing processes.
2. Noise: Some users may find that sintered brake pads produce more noise than other types of pads, especially during initial use or when braking hard.
3. Requires special equipment: Installing sintered brake pads may require specialized tools or expertise, which could increase the overall cost of the replacement.
Conclusion:If you're looking for superior braking performance, durability, and temperature resistance for your high-performance Aprilia, BMW, or Ducati motorcycle, the Sintered Performance Brake Pads (Part Number: 773cm56 1721-2431) are an excellent choice. However, the higher cost and potential for increased noise should be considered before making a purchase.
Recommendation:If you regularly use your motorcycle for high-performance applications, such as track racing or aggressive street riding, the investment in Sintered Performance Brake Pads (Part Number: 773cm56 1721-2431) is likely worthwhile. For daily commuting or leisurely rides, you may want to consider more cost-effective options like organic or semi-metallic brake pads.
CM56 Sintered Sport Brake Pads Rear Compatible with 98-02 KTM 250SX. Type: Brake Pad. The Braking 773CM56 is in new condition.