Hawk HB658U.570 Ultra-Safe Ceramic Front Brake Pads for 2006-2013 Corvette

Vehicle Fitment

• 2006-2013 Chevrolet Corvette Z06 (Front)
• 2008 Chevrolet Corvette 427 Limited Edition Z06 (Front)
• 2010-2013 Chevrolet Corvette Grand Sport (Front)

Features

• Hawk Performance ceramic friction compound for ultra-low dust and quiet braking
• Excellent stopping power with smooth, controlled modulation
• Low noise operation for everyday and spirited driving
• Gentle on rotors to reduce wear and extend rotor life
• Stable friction output for consistent brake performance
• Engineered for effective ABS engagement and pedal feel
• Designed specifically for performance street use
• Compatible with iron/metal rotors (not for carbon ceramic rotors)

Specifications

• Part Number: HB658U.570
• Brand: Hawk Performance
• Compound: Ceramic performance friction material
• Position: Front brake pads
• Pad Thickness: 0.570"
• Operating Range: Street and performance driving temperatures
• Rotor Compatibility: Iron or metal rotors only
• Application Type: Front performance braking

Included Components

• 1x Set of Hawk HB658U.570 ceramic front brake pads (left and right)
• Installation and bedding instructions

Product Description

The Hawk HB658U.570 ceramic front brake pads are engineered to provide enhanced, quiet braking performance for Chevrolet Corvette models from 2006 through 2013, including the Z06, 427 Limited Edition Z06, and Grand Sport variants. Their ceramic friction compound delivers ultra-low dust and smooth, consistent stopping power, making them ideal for daily driving and spirited street use.

With a 0.570" pad thickness and predictable friction profile, these pads help ensure controlled brake engagement and a refined pedal feel. The ceramic formulation is gentle on iron and metal rotors, reducing wear while maintaining reliable performance. Designed to work with vehicles equipped with ABS, the HB658U.570 pads are a straightforward brake upgrade for Corvette owners seeking improved performance without excessive noise or dust.