1-4 DAYS DELIVERY
Porsche Cayenne 9Y0.2 MSY Style Dry Carbon Fiber Wide Body Kit 2024-2025
Couldn't load pickup availability
100% ORIGINAL & HIGH-QUALITY
1-YEAR WARRANTY
Description
Description
Transform the exterior styling of your 2024–2025 Porsche Cayenne 9Y0.2 with this MSY style dry carbon fiber wide body kit. Designed for Cayenne S, Coupe, and E-Hybrid models, this complete aero package delivers a significantly wider, more aggressive stance while maintaining clean OEM-inspired integration.
This full conversion kit includes a front lip, rear lip, side skirts, fender flares, and door panel covers, all engineered to enhance the vehicle’s proportions and road presence. Each component is precisely contoured to match the factory body lines, creating a seamless widebody appearance without compromising the original design language of the Cayenne platform.
Constructed from dry carbon fiber, the kit offers lightweight performance, exceptional strength, and a premium motorsport-grade finish. Available in multiple carbon fiber variations, this wide body kit is ideal for enthusiasts seeking a bold visual upgrade for street builds, show vehicles, or performance-inspired styling.
Product Specifications
| Vehicle | Porsche Cayenne |
| Chassis | 9Y0.2 |
| Model Years | 2024–2025 |
| Product Type | Wide Body Kit |
| Style | MSY Style |
| Material | Dry Carbon Fiber |
| Material Options | DRYCF / DRYFGCF |
Key Features
- Designed for 2024–2025 Porsche Cayenne 9Y0.2 models
- Compatible with Cayenne S, Coupe, and E-Hybrid variants
- Complete MSY style wide body aero package
- Includes front lip, rear lip, side skirts, fender flares, and door panel covers
- Dry carbon fiber construction for lightweight strength and durability
- Consistent carbon fiber weave with premium finish quality
- Enhances vehicle width and aggressive stance
- Precision-engineered for OEM-like fitment
- No major modification required for installation
- Suitable for street builds, show vehicles, and performance styling
Configuration Options
- DRYCF – Standard dry carbon fiber with visible weave pattern
- DRYFGCF – Forged dry carbon fiber pattern for a unique appearance
Package Includes
- Front lip splitter
- Rear lip diffuser
- Side skirt set
- Fender flare set
- Door panel cover set
Note: Products marked as PRE-ORDER require production prior to shipping. Professional installation is recommended to ensure proper fitment and alignment.
Installation
- Multi-piece installation
- Combination of bolt-on and adhesive mounting depending on component
- No major cutting required
- Professional installation recommended
Fitment
- 2024–2025 Porsche Cayenne 9Y0.2 S
- 2024–2025 Porsche Cayenne 9Y0.2 Coupe
- 2024–2025 Porsche Cayenne 9Y0.2 E-Hybrid
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.


