Description
Fits: 2017-2024 Audi RS3, TT RS, RS Q3, Cupra Formentor
Overview
Elevate your engine bay with the APR Carbon Fiber Engine Cover designed for the 2.5T EA855.2 engine. While the factory cover may be beautiful with the carbon fiber upgrade, it often leaves much to be desired in standard form. APR has transformed this with an exquisite new carbon fiber design that’s sure to impress.
Available in Gloss Carbon Fiber Twill and Exotic Gloss Forged Carbon Fiber, these covers enhance the factory aesthetics while providing a striking visual appeal. Featuring red and black accents along with the iconic APR logo, this cover complements your engine bay perfectly, especially when paired with an APR intake system. Installation is a breeze—simply plug and play, with no tools required. Plus, it maintains emissions compliance and is rumored to offer more horsepower than just stickers (though this claim is unverified).
Key Features:
- Visual Enhancement: Significantly upgrades the engine bay’s appearance with a stunning design.
- Material Excellence: Gorgeous gloss carbon fiber twill with eye-catching red and black accents.
- Brand Prestige: Showcases the world-renowned APR logo that commands attention.
- Weight Reduction: Reduces weight by 32% compared to the stock plastic cover, improving overall vehicle performance.
- Performance Improvement: Optimizes weight distribution and reduces weight over the front axles for enhanced handling.
- Easy Installation: Plug and play upgrade with no tools necessary, ensuring a hassle-free experience.
- Direct Replacement: Effectively replaces the factory engine cover for a secure fit.
- Potential Performance Boost: Likely adds more horsepower than stickers (unverified).
- Emissions Compliant: Legal for sale and use without affecting vehicle emissions.
Emissions Information:
This part is legal for use on Emissions Controlled Vehicles, Uncontrolled (Non-Emissions Controlled) Vehicles, and Racing Use Only Vehicles as it does not impact vehicle emissions and is not subject to emissions regulations.