Hawk HB926Z.577 Performance Ceramic Front Brake Pads for 2020-2026 Corvette C8

Vehicle Fitment

• 2020-2026 Chevrolet Corvette C8 Z51 (All Trims, 6.2L V8, Front)

Fitment Notes

• Front brake pads only; designed for Z51 performance brake package.
• Not compatible with carbon-ceramic rotors (iron/metal rotors only).

Features

• Performance ceramic compound for quiet, low-dust braking.
• Stable friction output for predictable pedal feel in street use.
• Enhanced rotor life due to gentle ceramic pad design.
• Improved stopping power over many stock street pads.
• Optimized for anti-lock braking system effectiveness.
• Black backing plate for corrosion resistance.
• Direct replacement for factory front brake pads.
• Precision profile to fit C8 Z51 brake calipers accurately.

Specifications

• Position: Front
• Compound: Performance Ceramic
• Pad Thickness: 0.577" (≈ 14.65 mm)
• FMSI Shape: D2312-9547
• Designed for iron/metal rotors - carbon ceramic not supported
• Sold as an axle set for both front wheels

Included Components

• 1x Pair of Front Brake Pads (Left & Right)

Product Description

The Hawk HB926Z.577 Performance Ceramic Front Brake Pads are engineered for the Chevrolet Corvette C8 Z51 (2020-2026). These premium ceramic pads provide a balance of quiet operation, low dust output, and stable friction characteristics that enhance everyday street braking without sacrificing performance. With a design optimized for iron/metal rotors on Z51 performance brake packages, they deliver a smooth and controlled pedal feel while helping to protect rotor surfaces from excessive wear.

Built to be a direct bolt-on replacement for the factory front pads on Corvette C8 Z51 models, the HB926Z.577 pads offer improved stopping power compared with many stock street pads while minimizing noise and dust. They are ideal for drivers who want a high-quality ceramic pad that enhances daily driving confidence and tire-to-road braking response. Installation should follow proper bedding-in procedures to maximize performance and pad life.