fits model: Flhr, Road, King. make: Harley, Davidson. year: 2000–2007.

( Brand: Ebc ), ( Manufacturer Part Number: FA400HH ), ( Part Type: Pad Brake ), ( Placement On Vehicle: Front ), ( Part Style: Sintered Double-h Brake Pads ), ( Surface Finish: Copper Alloy )
The EBC Brake Pad Set for Harley-Davidson FLHR models (2000-2007) is a high-performance upgrade designed to enhance the braking system of your roadfront Road King. This set includes a pair of FA400HH sintered front pads specifically engineered for Harley-Davidson motorcycles, manufactured by EBC Brakes, a renowned name in the braking industry.
The FA400HH pads are made from a sintered material, which is a blend of copper, graphite, and brass fibers. This unique composition offers superior heat resistance, ensuring consistent performance even under heavy braking or in high-temperature conditions. The sintered material also provides excellent friction, ensuring quick and reliable braking, reducing stopping distance, and enhancing overall safety.
The EBC pads are designed to fit perfectly into your Road King's brake calipers, ensuring a smooth and hassle-free installation process. They are also engineered to provide quiet operation, reducing the annoying squealing noise that can sometimes be associated with brake pads.
In addition, these EBC brake pads are designed to offer a long service life, reducing the frequency of pad replacements. They are also environmentally friendly, as they do not contain asbestos, which is harmful to both the rider and the environment.
In conclusion, the EBC Brake Pad Set for Harley-Davidson FLHR models (2000-2007) is an excellent upgrade for your Road King, offering improved braking performance, quiet operation, and a long service life. With its high-quality sintered material and perfect fit, you can trust this set to enhance the safety and enjoyment of your riding experience.
Pros of buying EBC Flhr Brake Pads (Davidson King Sintered FA400HH) for your Harley-Davidson:1. Improved Braking Performance: The sintered material used in these pads provides excellent stopping power and durability, ensuring a safer riding experience.
2. Longer Pad Life: Compared to organic pads, sintered pads like FA400HH have a longer lifespan, reducing the frequency of pad replacements.
3. Enhanced Heat Dissipation: The sintered material allows for better heat dissipation, ensuring the brake system performs optimally even during extended periods of heavy braking or high-speed riding.
4. Suitable for Various Conditions: The FA400HH pads are designed to perform well in a range of riding conditions, including wet, dry, and dusty roads.
Cons of buying EBC Flhr Brake Pads (Davidson King Sintered FA400HH) for your Harley-Davidson:1. Higher Upfront Cost: Sintered brake pads are generally more expensive than organic pads. You may need to consider this additional cost when making your decision.
2. Noise Level: Sintered pads can sometimes produce more noise during braking compared to organic pads. While this is usually not a safety concern, it might be an annoyance for some riders.
Recommendation:If you're looking for enhanced braking performance, improved longevity, and better heat dissipation for your Harley-Davidson, the EBC Flhr Brake Pads (Davidson King Sintered FA400HH) are an excellent choice. While they may have a higher upfront cost and produce more noise during braking, the improved safety and reliability they provide can make them a worthwhile investment for many riders. Ultimately, the decision to purchase these pads depends on your personal preferences, budget, and requirements for your motorcycle's braking system.
Fast, free shipping within the contiguous 48 states.
Fast, free us. Satisfaction guaranteed. Items below 2 lbs are still being shipped for free anywhere in the us.
For details. Thousands of items priced right, with fast free shipping anywhere in the us.
Huge selection.
Lowest prices.
Fast, free shipping within the continental us. Questions about this listing phone us.
5 lbs are all being shipped for free anywhere in the us. Postal service or FedEx.