Description
Refine your Audi’s exterior with the aggressive styling and high-end sophistication of the CAP Dry Carbon Fiber Mirror Covers, designed specifically for the 2014–2020 Audi A3, S3, and RS3. These precision-engineered stick-on covers are crafted from premium pre-preg (dry) carbon fiber, ensuring a lightweight yet ultra-strong construction with a flawless weave and a deep, glossy finish.
Unlike traditional wet carbon options, pre-preg carbon fiber is cured under vacuum and heat for enhanced durability, UV resistance, and a sleek, OEM-like finish. The dry carbon structure resists fading and warping over time, making it the superior choice for enthusiasts who demand both aesthetics and long-lasting quality.
Installation is simple—these mirror covers adhere directly over your factory mirror caps using automotive-grade adhesive tape, making them an ideal solution for those looking to add performance-inspired styling without the need for complex disassembly. Whether paired with other carbon fiber upgrades or installed as a standalone enhancement, these mirror covers make an immediate impact.
Key Features:
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Genuine Pre-Preg Dry Carbon Fiber – Stronger, lighter, and more durable than traditional wet carbon fiber.
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Aggressive Motorsport-Inspired Styling – Adds a bold, high-performance aesthetic to your Audi.
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Stick-On Installation – No need to remove OEM mirror covers; adheres securely with automotive-grade tape.
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UV-Resistant Clear Coat – Maintains a high-gloss finish and resists yellowing over time.
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Perfect Fit and Finish – Precision designed for the 8V/8V.5 Audi A3, S3, and RS3 platform.
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Complete Pair – Includes both left and right mirror cover pieces for a symmetrical upgrade.
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Compatible with Additional CAP Aero Components – Pairs perfectly with the CAP front bumper and honeycomb grille.
Fitment:
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Audi A3 (8V/8V.5) – 2014–2020
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Audi S3 (8V/8V.5) – 2014–2020
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Audi RS3 (8V.5) – 2017–2020
Elevate your Audi’s exterior with the Canadian Auto Performance Dry Carbon Fiber Mirror Covers, a perfect blend of visual impact, quality, and aerodynamic enhancement.
