fits model: 1800r, Vtx. make: Honda. year: 2002–2008.

( Manufacturer Part Number: AP991247A1C18 ), ( Part Type: Pad Brake ), ( Manufacturer Warranty: 90 Day ), ( UPC: 736950671266 )
Experience an unparalleled braking performance with the Autopartsclub2018 AP991247A1C18 Front & Rear Carbon Fiber Brake Pads, expertly designed for Honda VTX 1800 and 1800R motorcycles from the model years 2002 to 2008, and 2003 respectively.
These premium brake pads are crafted from high-quality carbon fiber, a material renowned for its exceptional heat resistance, durability, and lightweight properties. This ensures consistent braking performance, even under high-stress situations, and prolongs the life of your brake system.
The Autopartsclub2018 AP991247A1C18 brake pads are specifically engineered to fit your Honda VTX 1800 and 1800R perfectly, ensuring a seamless installation process. They are designed to work flawlessly with your motorcycle's existing brake system, providing a direct OEM fit.
Each set includes both front and rear brake pads, ensuring a complete brake upgrade for your Honda VTX. The front brake pads are designed to deliver strong, immediate braking force, while the rear pads offer precise modulation for controlled stops.
These carbon fiber brake pads not only enhance your motorcycle's braking performance but also contribute to a sleek, high-performance aesthetic. They are an excellent choice for riders who demand the best in terms of braking power, reliability, and style.
Upgrade your Honda VTX 1800 or 1800R with the Autopartsclub2018 AP991247A1C18 Front & Rear Carbon Fiber Brake Pads, and experience the difference that a high-quality, performance-oriented brake system can make.
1. Lightweight: Carbon fiber brake pads are significantly lighter than traditional brake pads, which can improve the overall handling and performance of the motorcycle.
2. Durability: Carbon fiber is a strong and resistant material, resulting in longer-lasting brake pads compared to standard pads.
3. Heat Resistance: Carbon fiber brake pads have excellent heat resistance, reducing the risk of brake fade and providing consistent braking performance.
4. Aesthetic Appeal: These carbon fiber brake pads will give your Honda VTX 1800 a unique and stylish look.
Cons:1. Cost: Carbon fiber brake pads are more expensive than traditional brake pads, which may be a limiting factor for some buyers.
2. Installation: Installing carbon fiber brake pads may require special tools or techniques, potentially increasing the overall cost and complexity of the upgrade.
3. Noise: Some users have reported that carbon fiber brake pads can be louder than regular brake pads, although this may vary depending on the specific product and motorcycle.
4. Brake Feel: Carbon fiber brake pads can have a different brake feel compared to traditional pads, which may take some time to get used to.
Conclusion: The Autopartsclub2018 AP991247A1C18 front/rear carbon fiber brake pads for Honda VTX 1800 offer several advantages, including improved handling, durability, heat resistance, and aesthetic appeal. However, these benefits come at a higher cost, and there may be concerns about noise, installation, and brake feel.
Recommendation: If you are willing to invest in a high-performance upgrade for your Honda VTX 1800 and prioritize lightweight, durable, and heat-resistant brake pads, the Autopartsclub2018 AP991247A1C18 carbon fiber brake pads could be a good choice. However, carefully consider the potential cons and ensure you have the necessary tools and budget for installation. If you are on a tighter budget or have concerns about noise or brake feel, you may want to consider alternative brake pad options.
2000-2005 VFR 800 Interceptor. HONDA 2002 2008 VTX 1800 C/C1/C2/C3. 1997 - 2003 CBR 1100 x Blackbird. 2002 2008 VTX 1800 R Cast model.
Compatibility. Position: Front Rear. High friction,pressure sensitivity and strong, predictable brake response. Easy to Install.
Steadiness,no squeak. Severe duty,good performance in extreme riding conditions such as mud,race and utility application. Quick Recovery of Braking Power during wet.