1-4 DAYS DELIVERY
Adro 992.1 GT3 AT-P Swan Neck Wing
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100% ORIGINAL & HIGH-QUALITY
1-YEAR WARRANTY
Description
Description
Upgrade the rear profile of your Porsche 911 992.1 GT3 with this AT-P Dual-Element Pre-Preg Carbon Fiber Swan Neck Wing. Designed to deliver a bold motorsport-inspired appearance, this wing adds an aggressive track-focused presence while maintaining clean OEM-style fitment.
The dual-element swan neck design features a swooping central section, 6 degrees of adjustability, and pre-preg carbon fiber construction for a premium lightweight finish. Its race-inspired layout is designed to enhance the GT3’s visual stance while supporting a more aerodynamic rear-end profile.
Built to mount seamlessly to factory points, this AT-P Swan Neck Wing is ideal for GT3 owners looking for a high-impact exterior upgrade with advanced aero styling, premium materials, and a track-ready appearance.
Product Specifications
| Vehicle | Porsche 911 GT3 |
| Chassis | 992.1 |
| Model Years | 2022-2024 |
| Product Type | Swan Neck Wing |
| Style | AT-P Dual-Element Swan Neck |
| Material | Pre-Preg Carbon Fiber |
| Adjustability | 6 Degrees |
| Installation | Factory Mounting Points |
| Availability | Made to Order - ETA 3 Months |
Key Features
- Designed for Porsche 911 992.1 GT3 models
- AT-P dual-element swan neck wing design adds a bold motorsport-inspired rear profile
- Pre-preg carbon fiber construction provides a premium lightweight finish
- Dual-element configuration creates an advanced track-focused appearance
- Swooping central section adds a distinctive performance design detail
- 6 degrees of adjustability allows the wing angle to be fine-tuned
- Swan neck mounting design supports cleaner airflow styling over the wing surface
- Mounts seamlessly to factory points for OEM-style integration
- Pairs well with front splitters, side skirts, rear diffusers, and apron panels
Configuration Options
- AT-P dual-element pre-preg carbon fiber swan neck wing configuration
- Designed as a factory-mount rear aero upgrade for Porsche 911 992.1 GT3 applications
Package Includes
- Pre-preg carbon fiber AT-P dual-element swan neck wing assembly
- Mounting components if supplied by manufacturer
Note: This item is made to order with an estimated 3-month ETA. Professional installation is recommended to ensure proper alignment, secure mounting, and best overall fitment.
Installation
- Mounts to factory mounting points
- Test fitting is recommended before final installation
- Wing angle can be adjusted within the 6-degree adjustment range
- May require supplied hardware depending on configuration
- Professional installation is recommended for best results
Fitment
- 2022-2024 Porsche 911 992.1 GT3
Shipping Policy
Shipping Policy
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!
Turnaround Time
Turnaround Time
- 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.








