Porsche 911 991.2 Turbo Turbo S Carbon Fiber Engine Hood Vent 2016-2019

Upgrade the rear engine area styling of your 2016-2019 Porsche 911 991.2 Turbo or Turbo S with this carbon fiber engine hood vent. Designed to replace the factory engine hood vent, this exterior upgrade adds a premium carbon fiber finish while maintaining a clean performance-inspired Porsche appearance.

This package includes one carbon fiber engine hood vent designed for the Porsche 911 991.2 Turbo and Turbo S platform. The replacement vent enhances the rear deck area and engine cover styling, helping create a more refined and motorsport-focused exterior detail.

Available in CFRP, FGCF, and DryCF material options, this engine hood vent gives owners flexibility depending on their preferred finish, weight, and build direction. Installation uses the original plastic buckle method with drilled holes for screws, making professional installation recommended for proper alignment and secure fitment.

Product Specifications

Key Features

• Designed for 2016-2019 Porsche 911 991.2 Turbo and Turbo S models
• Carbon fiber engine hood vent replacement for upgraded rear engine area styling
• Available in CFRP, FGCF, and DryCF material options
• Adds a premium carbon fiber exterior detail to the rear deck area
• Enhances the Porsche 911 Turbo and Turbo S performance appearance
• Replacement-style component for a cleaner integrated look
• Uses original plastic buckle installation with drilled screw holes
• Complements carbon fiber spoilers, diffusers, vents, and exterior trim upgrades
• Ideal for street, show, and performance-focused Porsche builds

Configuration Options

• CFRP – Carbon fiber reinforced polymer option for a premium lightweight exterior appearance
• FGCF – Carbon fiber finish option with fiberglass-reinforced construction
• DryCF – Dry carbon fiber option for a lightweight premium motorsport-inspired finish

Package Includes

• One carbon fiber engine hood vent

Note: Installation uses the original plastic buckle method and requires drilling holes for screws. Professional installation is recommended. Products labeled as PRE-ORDER require production before shipping. Air shipping has an estimated arrival time of 5-6 weeks, while container shipping has an estimated arrival time of 3-4 months.

Installation

• Replacement engine hood vent installation
• Uses original plastic buckle installation method
• Drilling holes for screws is required
• Test fitting is recommended before final installation
• Professional installation is strongly recommended for proper alignment and secure mounting
• Additional hardware or adjustments may be required depending on installation preference

Fitment

• 2016-2019 Porsche 911 991.2 Turbo
• 2016-2019 Porsche 911 991.2 Turbo S

United States: Free shipping available to the lower 48 states across all items. Other states will incur a shipping charge.

Worldwide: Free shipping is available for Complete Headlights, Taillights, DRLs. For custom headlight retrofits, carbon fiber products, and performance products, there will be a shipping charge.  

Please note:
• For Retrofits, you are purchasing a headlight modification service.
• If you select "Shipping own headlights to BayOptiks for modification", you are required to send us your headlights.
• If you choose "Purchase new OEM headlights", we will order and modify a new OEM headlight for you.
• Once your customizations are complete, we will ship it to you!

• Complete Headlights: 3-5 business days for order processing plus shipping time.
• Custom & Pre-Built Headlights: 6-8 weeks depending on the complexity and component availability.
• New OEM and cores: 6-8 weeks plus an additional 4-8 weeks as these are special orders base on the vehicle VIN due to different versions (North American, European, etc.)
• DRLs, Taillights, Brake Pads, and Carbon Fiber Aero: 3-5 business days for order processing, plus shipping time.
• Lens Replacements: 1-3 weeks plus shipping time.

Please note, we do not have control over the time frames of our vendors, manufacturers, and delivery services as they may delay processes in regards to components and shipment.