2023-2027 C8 Corvette Z06/E-Ray Type Z07 Dry Gloss Carbon Fiber Front Canards Pair

2023–2027 C8 Corvette Z06 / E-Ray Type Z07 Dry Gloss Carbon Fiber Front Canards Pair

Enhance both the aerodynamic performance and aggressive styling of your C8 Corvette with the Auto Addict USA Type Z07 Dry Carbon Fiber Front Canards, engineered specifically for the 2023–2027 Corvette Z06 and E-Ray platforms.

Designed with a track-inspired Z07 profile, these canards are more than just visual upgrades—they are functional aero components that help redirect airflow, increase front-end downforce, and improve high-speed stability.

Key Features:

• Dry Carbon Fiber Construction
  Manufactured using advanced autoclave process for maximum strength, reduced weight, and OEM-level quality.
• Gloss UV-Protected Finish
  Deep gloss clear coat that enhances the carbon fiber weave while providing long-term protection against fading.
• Type Z07 Inspired Design
  Aggressive styling that perfectly complements the factory Z06 / E-Ray front-end.
• Functional Aerodynamics
  Engineered to help channel airflow along the sides of the vehicle, improving front-end grip and stability during spirited driving or track use.
• Precision Fitment
  Developed using 3D scanning and CAD engineering to ensure a seamless integration with the OEM bumper.

What’s Included:

• Canards Pair (Driver & Passenger Side)
• Mounting Hardware
• Installation Template for precise cutting and alignment

Fitment:

• 2023–2027 Corvette C8 Z06
• 2024–2027 Corvette C8 E-Ray

Installation Notes:

• Template is provided for accurate placement and trimming
• Vehicles not equipped with the factory Z07 package will require minor bumper trimming
• Designed for secure mounting and OEM-style fitment
• Professional installation is highly recommended

Why Auto Addict USA?

At Auto Addict USA, we engineer carbon fiber components that deliver both performance and presence. Every product is built with precision to meet the demands of enthusiasts who expect OEM-level fitment, premium materials, and real aerodynamic function.