Wagner QS ZX687A Disc Brake Pad Set, Chamfered Edges for Smooth, Quiet Stops, Fits 2000–2005 Volkswagen Jetta

Wagner QS brake pads are expertly engineered to deliver precise braking performance, making them ideal for both professional technicians and everyday drivers. Designed to restore optimal braking function, these front brake pads offer a reliable solution for maintaining vehicle safety. The advanced semi-metallic composition ensures consistent friction application, while chamfered edges reduce vibration, resulting in smoother, quieter stops. The integrally molded construction enhances durability and structural integrity under stress, providing uniform contact across the rotor surface. Developed specifically for street use, Wagner QS brake pads offer dependable stopping power in various driving conditions, ensuring peace of mind with every stop. Whether you're a seasoned technician or a vehicle owner looking to maintain your car's braking efficiency, these brake pads deliver trusted performance and reliability.

• RESTORES LIKE-NEW BRAKING PERFORMANCE -- OE fit and form design delivers consistent, even braking throughout the life of the brake pad
• REDUCED VIBRATION -- Application-specific design reduces noise-causing vibration
• EVEN PERFORMANCE -- Engineered for consistent braking throughout the life of the pad
• APPLICATION-SPECIFIC MATERIALS - Formulated to meet the unique needs of each vehicle application
• HARDWARE INCLUDED - Premium stainless-steel hardware and OE-style lubricant included in most applications
• COMPREHENSIVE COVERAGE -- Brake pads available for all vehicle types
• ZERO COPPER FORMULATION -- Features Wagner OE25 zero-copper friction formulation
• Designed, tested and certified in the USA by Federal-Mogul engineers
• 100 percent OE post-curing process ensures even friction performance throughout the life of the pad
• OE matched friction formulations and configuration to restore like new braking performance
• Application specific shims to reduce noise causing vibration
• Asbestos-free material