PORSCHE 911 997 ENGINE COVER CARBON FIBRE

• Iconic duck tail wing design inspired by classic Porsche motorsport aesthetics
• High-quality dry carbon fibre construction—lightweight yet incredibly strong
• Optimises airflow and reduces drag for improved rear-end stability
• Protects engine bay from dirt, debris and environmental elements
• Reduces engine compartment temperatures for better overall performance
• Lightweight construction improves acceleration and handling

• 1 x Dry Carbon Fibre Engine Cover with Duck Tail Wing Design

• Porsche 911 997 (all years and variants)

• This is a bolt-on component that requires removal of the original engine cover and securing the new cover using existing or provided fastening points.
• Professional fitting is recommended to ensure proper alignment, secure fastening and to avoid damaging surrounding components during installation.
• Basic mechanical knowledge is helpful; if you're not confident, contact Project Styling for fitting-service availability in Southend-on-Sea.
• Allow approximately 1–2 hours for professional installation.

Will this engine cover fit my Porsche 911 997?
Yes, this dry carbon fibre duck tail wing engine cover is designed to fit all Porsche 911 997 models across all years and variants. If you'd like to confirm fitment for your specific car, contact Project Styling.

What is the difference between dry carbon fibre and standard carbon fibre?
Dry carbon fibre offers superior rigidity, durability and a cleaner weave finish compared to standard wet-laid carbon fibre. It's lighter, stronger and more resistant to impact, making it ideal for high-performance applications.

Is professional installation necessary?
Whilst technically a bolt-on component, professional installation is strongly recommended to ensure proper alignment, secure fastening and to protect your engine bay during fitting. Project Styling can arrange fitting in Southend-on-Sea if required.

Will this cover help protect my engine?
Yes, the engine cover shields sensitive engine bay components from dirt, debris and environmental elements whilst the carbon fibre material helps reduce compartment temperatures, contributing to better engine performance.