PORSCHE 911 CARRERA 991.1 REAR ENGINE COVER DECKLID 13-15 CARBON FIBRE 992 STYLE

• 992-generation design language brings aggressive, contemporary aesthetics to your 991.1
• 100% carbon fibre construction with UV-resistant high-gloss clear coat for durability
• Direct OEM-style bolt-on replacement using factory mounting points—no cutting or modifications
• Functional ventilation design enhances airflow and track-ready appearance
• Lightweight alternative to factory decklid optimises rear-end dynamics
• Perfect for daily drivers, weekend cars, and show builds

• 1 x Carbon Fibre Rear Engine Cover Decklid (992-style)

• Porsche 911 Carrera 991.1 (2013–2015)
• Porsche 911 Carrera S 991.1 (2013–2015)
• Porsche 911 Carrera 4 991.1 (2013–2015)
• Porsche 911 Carrera 4S 991.1 (2013–2015)
• Coupe models only

• Bolt-on replacement using factory mounting points; no cutting or permanent modifications required.
• Installation is straightforward for DIY enthusiasts with basic tools, though professional fitting is recommended to ensure perfect alignment and finish.
• Carefully remove the factory decklid and transfer mounting hardware to the new carbon fibre cover.
• Allow adequate curing time for any protective coatings before subjecting the vehicle to heavy use.

Will this decklid fit my 991.1 Carrera?
Yes, this rear engine cover is engineered specifically for Porsche 911 Carrera 991.1 models from 2013–2015, including Carrera, Carrera S, Carrera 4, and Carrera 4S coupes. It uses factory mounting points for a precise fit.

Is the carbon fibre finish durable?
Yes. The decklid is finished with a UV-resistant high-gloss clear coat to withstand daily use, weather, and UV exposure. Matte and custom paint-match finishes are also available upon request.

Is professional installation required?
Whilst the bolt-on design makes this a DIY-friendly upgrade, professional fitting ensures perfect alignment and finish. Contact Project Styling for fitting-service availability in Southend-on-Sea.

Will this improve engine cooling?
The functional ventilation design enhances airflow in the engine bay, which can support better heat management. It also reduces rear-end weight, which optimises overall vehicle dynamics.