Wagner QS ZD325 Disc Brake Pad Set, Chamfered Edges for Smooth, Quiet Stops, Fits 1987–1999 Toyota Camry

Wagner QS ZD325 brake pads are engineered to meet the exacting standards of both professional automotive technicians and everyday vehicle owners. Designed with a ceramic friction material composition, these rear brake pads deliver exceptional stopping power, ensuring your vehicle's braking system performs reliably. The chamfered edges are specifically designed to reduce unwanted vibration, resulting in quieter, smoother stops. Developed for street use, these brake pads undergo a rigorous 100% post-cure process, ensuring consistent friction performance throughout their lifespan. The integrally molded design enhances structural integrity, providing uniform contact across the rotor surface, which is crucial for maintaining optimal braking performance. Choose Wagner QS for a trusted solution that restores your vehicle's braking system to its full potential, offering both precision and control with every stop.

• VEHICLE FIT: 1999-2003 Lexus RX300 (Rear); 1990-1991 Lexus ES250 (Rear); 1992-1999 Lexus ES300 (Rear); 1987-1999 Toyota Camry (Rear); 1986-1999 Toyota Celica GT (Rear); 1999-2000 Toyota Solara (Rear)
• REDUCED VIBRATION: Chamfered edges and application-specific friction material minimize noise and enhance driving comfort
• OE-STYLE FORMULATION: Designed to match original equipment specifications for consistent and reliable braking performance
• INTEGRALLY MOLDED: Enhances pad strength and stability, ensuring uniform contact and reduced rotor wear
• ENGINEERED FOR STREET USE: Developed to provide dependable, consistent braking performance in everyday driving conditions
• 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