Power Stop 88-91 Honda CRX Front Z16 Evolution Ceramic Brake Pads

The 88-91 Honda CRX Front Z16 Evolution Ceramic Brake Pads, SKU 16-256, are a premium OE replacement product from Power Stop, a trusted leader in brake system components. Designed specifically for front brake applications, these pads deliver reliable stopping power and consistent performance tailored for the 1988-1991 Honda CRX HF models, as well as compatible fits including various Honda Civic and Prelude years and trims.

Power Stop’s Z16 Evolution brake pads utilize advanced ceramic friction material, engineered to provide superior braking efficiency while significantly reducing brake dust and noise. The pads incorporate OE positive mold technology, ensuring an exact fit and uniform wear. Additionally, the thermal scorched pad surface promotes a rapid break-in period, enhancing safety and performance from the outset.

These brake pads are ideal for drivers seeking a balance between quality and affordability without compromising on durability or stopping power. Power Stop’s commitment to rigorous manufacturing standards guarantees that each set meets or exceeds OEM specifications, making them a dependable choice for maintaining optimal brake system function.

Key features include:

• Ceramic formula for enhanced stopping power and reduced brake dust
• OE positive mold technology for precise fitment and consistent wear
• Thermally scorched surface for fast break-in and reliable performance
• Compatible with multiple Honda models: 1984-1987 Civic (Base, CRX, CRX 1.5, CRX HF, CRX Si), 1988-1991 CRX HF, 2003-2006 Insight Base, and 1983-1987 Prelude Base
• Manufactured by Power Stop, a reputable brand specializing in high-quality braking solutions

By choosing Power Stop Z16 Evolution ceramic brake pads, vehicle owners ensure a professional-grade replacement that maintains the integrity of the original braking system while enhancing driving safety and comfort. This product aligns with industry standards and is engineered for long-lasting reliability under varied driving conditions.