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Euro Auto Design - Euro Auto Style Carbon Fiber Rear Splitters - Audi S5 | A5 S-Line B9

$310.00
Weight:
5.00 LBS
Shipping:
Calculated at Checkout

Description

Give your Audi S5 or A5 S-Line a more aggressive and performance-oriented rear-end appearance with the Euro Auto Design Euro Auto Style Carbon Fiber Rear Splitters. Designed to elevate both aesthetics and aerodynamics, these rear splitters seamlessly integrate with your vehicle’s design, delivering a refined motorsport-inspired look while improving airflow efficiency.

Constructed from high-quality 3x3 twill weave carbon fiber, these splitters offer exceptional durability and lightweight performance, maintaining strength without adding unnecessary weight. The high-gloss finish enhances the premium look of your Audi while ensuring longevity against environmental elements.

Beyond aesthetics, these rear splitters provide functional benefits by reducing drag and optimizing airflow, which contributes to improved stability during high-speed driving. Tailored for perfect fitment on Audi S5 and A5 S-Line models (B9, 2017-2019), these splitters are a direct bolt-on upgrade that enhances the car’s aggressive stance and aerodynamic efficiency.

Key Features:

  • Premium Carbon Fiber Construction – Manufactured from lightweight 3x3 twill weave carbon fiber with a high-gloss UV-resistant finish.

  • Aerodynamic Enhancement – Optimizes airflow, reduces drag, and improves high-speed stability.

  • Aggressive and Sporty Styling – Provides a bold, track-inspired aesthetic to your Audi’s rear profile.

  • Precision Fitment – Designed specifically for Audi S5 and A5 S-Line (2017-2019) for seamless integration.

  • Easy Installation – Direct bolt-on installation; professional installation is recommended for the best alignment and secure mounting.

Fitment:

  • Audi S5 B9 (2017–2019)

  • Audi A5 S-Line B9 (2017–2019)

Enhance the look and aerodynamic performance of your Audi with the Euro Auto Style Carbon Fiber Rear Splitters, the perfect blend of aggressive styling and functional aerodynamics.