PORSCHE 911 992.2 BODY KIT CARBON FIBRE

• Premium carbon fibre construction for superior strength and reduced weight
• Aerodynamic design optimises airflow, reducing drag and increasing downforce
• Aggressive, race-inspired styling with dynamic lines and contours
• Improved cornering stability and handling precision
• Seamless fitment specifically engineered for the 992.2
• Lightweight properties enhance acceleration and braking performance

• 1 x Carbon fibre front splitter
• 1 x Carbon fibre lower splitter
• 1 x Pair of carbon fibre side skirts
• 1 x Carbon fibre rear diffuser
• 1 x Carbon fibre rear wing
• 1 x Carbon fibre rear engine lid
• 1 x Carbon fibre front hood
• 1 x Pair of carbon fibre mirror caps

• Porsche 911 992.2

• All components are designed for direct fitment to the 992.2 and bolt directly to factory mounting points
• Professional installation is recommended to ensure proper alignment and optimal aerodynamic performance
• Installation typically requires basic mechanical knowledge and standard tools; consider visiting a Porsche specialist or Project Styling's Southend-on-Sea workshop for expert fitting
• Ensure all components are properly secured before driving

Will this kit fit my Porsche 911 992.2?
Yes, this kit is specifically designed and engineered for the Porsche 911 992.2. All components are tailored for seamless integration with your vehicle.

What material is the body kit made from?
The entire kit is constructed from premium-grade carbon fibre, which offers superior strength, durability, and lightweight properties compared to alternative materials.

Can I install this myself, or do I need professional fitting?
Whilst experienced DIY enthusiasts may manage installation, professional fitting is strongly recommended to ensure proper alignment, secure fastening, and optimal aerodynamic performance. Contact Project Styling for fitting services.

How does this kit affect performance?
The aerodynamic design increases downforce and stability at high speeds, improving cornering grip and handling precision. The lightweight carbon fibre construction also aids acceleration and braking efficiency.