PORSCHE 718 CAYMAN BOXSTER FRONT BUMPER 18+ CARBON FIBRE GT4RS STYLE

• GT4RS-inspired aggressive front fascia with enlarged air intakes
• Semi carbon fibre construction combining automotive-grade materials with real carbon fibre elements
• Optimised airflow channels for improved cooling and aerodynamic performance
• Direct replacement using OEM mounting points for seamless installation
• Track-focused, performance-oriented styling that complements other upgrades
• Maintains premium finish whilst delivering lightweight motorsport aesthetic

• 1 x Front Bumper (GT4RS Style, Semi Carbon Fibre)

• Porsche 718 Cayman (2018+)
• Porsche 718 Boxster (2018+)

• This is a direct replacement bumper that utilises OEM mounting points for straightforward bolt-on fitment to the existing chassis.
• The bumper is engineered to align with factory body lines, requiring no modifications to your vehicle.
• Professional fitting is recommended to ensure proper alignment and finish; contact Project Styling to discuss fitting services available in Southend-on-Sea.
• Allow 1–2 hours for installation by a qualified technician, or longer if additional detailing is desired.

Will this bumper fit my Porsche 718 Cayman or Boxster?
Yes, this GT4RS-style front bumper is designed specifically for Porsche 718 Cayman and Boxster models from 2018 onwards. It is engineered to align with factory body lines for a seamless fit.

What is the bumper made from?
The bumper features a semi carbon fibre construction, combining durable automotive-grade materials with real carbon fibre elements for a premium performance look whilst maintaining strength and durability.

Is installation difficult?
No, this is a direct replacement bumper that uses OEM mounting points, making installation straightforward. Professional fitting is recommended for optimal alignment and finish; contact Project Styling for fitting guidance.

Will it improve aerodynamics?
Yes, the bumper features optimised airflow channels and an integrated design that promotes improved airflow management, helping with cooling efficiency and overall aerodynamic performance.