Porsche 911 (992) BKSS Style Trunk Wing (2019-2023)

Enhance the rear-end profile of your Porsche 911 992 with this BKSS Style carbon fiber trunk wing. Designed to add an aggressive yet refined appearance, this exterior upgrade sharpens the rear trunk area while blending cleanly with the factory 992 design.

The trunk wing adds visual definition and aerodynamic presence to the rear of the vehicle, creating a sportier and more performance-inspired finish. Its BKSS Style design complements the sleek body lines of the modern Porsche 911 while adding premium carbon fiber detail for a high-end exterior upgrade.

Crafted from CFRP or FGCF material options, this trunk wing offers lightweight exterior styling appeal, durable construction, and strong visual impact. Designed for 2019-2023 Porsche 911 992 S, 4, 4S, Targa, and Cabriolet models, each package includes one trunk spoiler.

Product Specifications

Key Features

• BKSS Style carbon fiber trunk wing designed for the Porsche 911 992
• Designed for 2019-2023 Porsche 911 992 S, 4, 4S, Targa, and Cabriolet models
• Adds an aggressive yet refined rear-end appearance
• Available in CFRP and FGCF material options
• Enhances the rear trunk and decklid area with premium carbon fiber styling
• Designed to improve aerodynamic presence and rear profile styling
• Blends cleanly with the Porsche 911 992 factory design
• Lightweight material options add premium exterior styling appeal
• Installs using double-sided tape and adhesive
• Includes one trunk spoiler

Configuration Options

• Material Option: Available in CFRP or FGCF
• Trunk Wing Style: BKSS Style design adds a sharper and more aggressive rear trunk profile
• Finish Options: Carbon fiber or forged carbon fiber options support different build preferences
• Installation Setup: Designed to install using double-sided tape and adhesive

Package Includes

• One trunk spoiler

Note: Professional installation is recommended. Test fitting is recommended before final installation. Proper surface cleaning and preparation are recommended before applying double-sided tape and adhesive. Final fitment may require minor adjustments depending on the vehicle and selected material option.

Installation

• Designed for installation on the rear trunk / decklid area
• Installs using double-sided tape and adhesive
• Professional installation is recommended for proper alignment and secure fitment
• Test fitting is recommended before final mounting
• Surface cleaning and proper preparation are recommended before installation
• Some adjustment may be required during installation for best results

Fitment

• 2019-2023 Porsche 911 992 S
• 2019-2023 Porsche 911 992 4
• 2019-2023 Porsche 911 992 4S
• 2019-2023 Porsche 911 992 Targa
• 2019-2023 Porsche 911 992 Cabriolet

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.