Revolutionary Ebc Brake Pad Set Organic For 2014 Kawasaki Vulcan 1700:vn1700k Vaquero Abs-front Gift Boxed [2TmBkvCz]

EBC Brake Pad Set Organic for 2014 Kawasaki Vulcan 1700

Experience unparalleled braking performance with the EBC Brake Pad Set Organic 2 Pair FA158x2 for your 2014 Kawasaki Vulcan 1700:VN1700K Vaquero ABS-Front. Designed with cutting-edge E327 material, this set delivers exceptional stopping power, ensuring your ride is both safe and enjoyable. The set includes all necessary pads for your front brakes, providing a complete upgrade for your motorcycle's braking system.

Superior Organic Pad Technology

The EBC Organic Pad Set is crafted from the high-quality E327 grade organic compound, which offers superior performance compared to standard brake pads. This material ensures fingertip stopping power, allowing for precise and controlled braking in various conditions. The pads also feature a guaranteed Nucap NRS hook retention back plate, ensuring a secure fit and optimal performance. With low dust and low disc abrasion, these pads are not only effective but also environmentally friendly.

Key Benefits and Compatibility

The EBC Organic Pad Set for the 2014 Kawasaki Vulcan 1700 is designed to fit perfectly, ensuring a hassle-free installation. The following benefits make this set a standout choice for motorcycle enthusiasts:

• Superior Stopping Power: Experience enhanced braking performance with the EBC Organic Pads.
• Low Dust and Abrasion: Keep your brake discs and rotors in top condition with reduced wear and tear.
• Environmentally Friendly: The E327 material is eco-friendly, contributing to a greener future.

For fitment information, please refer to the "Model Compatibility" tab. If you need assistance in choosing the right brake pads or have any questions, our Ultimate Brake Pad Buying Guide is available for your reference. Remember, these brake components should be fitted by a qualified mechanic to ensure safety and proper installation. BrakeCrafters cannot be held responsible for misuse or incorrect fitting.