
( Manufacturer Part Number: FD076G1397 ), ( Part Type: Pad Brake )
Introducing the MSR FD076G1397 Sintered Brake Pads, a high-performance upgrade for your disc brake system. These pads are meticulously crafted using sintered material, a renowned choice for its exceptional resistance to heat and wear. This material ensures a consistent and reliable braking performance, even under the most demanding conditions.
The MSR FD076G1397 Sintered Brake Pads feature a specific friction material composition that provides excellent stopping power. The brake pads are designed to minimize brake fade, ensuring consistent braking performance even during prolonged use or in high-temperature environments. This makes them an ideal choice for high-performance vehicles, racing applications, or any situation where reliable braking is crucial.
The brake pads are precision-engineered to fit perfectly into your vehicle's brake system. They feature a straight-slot design, ensuring easy installation and alignment with your rotors. The pads are also equipped with noise-reducing shims, which help to minimize brake squeal and provide a quiet, smooth braking experience.
Made with high-quality materials and rigorous testing, the MSR FD076G1397 Sintered Brake Pads are built to last. They offer excellent durability, with a long service life that ensures you get the most out of your investment.
Upgrade your braking system with the MSR FD076G1397 Sintered Brake Pads. Experience the difference that reliable, high-performance braking can make on the road or the track.
Pros of buying BR-FD076G1397 Sintered Brake Pads:1. High Performance: Sintered brake pads are known for their superior stopping power and durability, making them an excellent choice for high-performance vehicles or frequent track use.
2. Longer Lifespan: Compared to organic pads, sintered pads have a longer service life due to their higher heat resistance and wear resistance.
3. Consistent Performance: Sintered pads maintain their performance even under heavy braking and in extreme conditions, ensuring consistent braking performance.
Cons of buying BR-FD076G1397 Sintered Brake Pads:1. Noise: Sintered pads can be louder than organic pads due to the nature of their material, which might be a concern for some drivers.
2. Cost: Sintered pads are generally more expensive than organic pads, which can be a disadvantage for those on a tight budget.
3. Requires Specific Tools: Installing sintered pads can require specific tools and more expertise, which might add to the overall cost and complexity of the brake pad replacement.
Conclusion:The BR-FD076G1397 Sintered Brake Pads offer excellent performance and durability, making them a great choice for high-performance vehicles or drivers who frequently use their vehicles for track days. However, their higher cost and potential for increased noise should be considered before making a purchase. If you value performance above all else and are willing to invest in quality brake pads, sintered pads like the BR-FD076G1397 could be an excellent choice for your vehicle. If you're on a tighter budget or prefer a quieter ride, organic pads might be a better option.
Msr sintered brake pads FD076G1397 for moderately aggressive, sport street riding, and offload advanced ceramic composites ready to withstand higher temperatures than regular semi metallic carbon brake pads HHS friction rated compounds deliver excellent feel and modulation. The highest shipping price will not be discounted but all the lower shipping prices will receive the 42 discount.
Most slip on, bolt on and full system street exhausts, and rims and other large box items do not qualify for the combined shipping discount.
Compatible vehicles years make model 2001 2013 Kawasaki's 85 1989 2000 Kawasaki's 80 1995 2013 kawasakikx100 2003 2007 handcar 85 1997 2002 hondacr80r 2007 2013 hondacrf150r note image may not be actual item and may differ depending on your vehicle fitment.
Capable of handling almost any type of riding you throw at them all golfer brake pads must be properly bedded in to achieve maximum output and reduce unnecessary rotor wear.
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