MCLAREN 720S BODY KIT CARBON FIBRE

• Aerospace-grade carbon fibre construction for lightweight strength and durability
• Aggressive 765LT-inspired styling with integrated front splitter and diffuser
• Improved aerodynamics: enhanced downforce, reduced drag, and high-speed stability
• Adjustable rear wing for customizable performance and handling
• Integrated cooling vents in hood and fenders for engine and brake cooling
• Complete conversion kit transforms visual presence and functional dynamics

• 1 x Front bumper assembly with integrated splitter
• 1 x Pair of front fenders with ventilation
• 1 x Pair of side skirts
• 1 x Rear bumper assembly with diffuser
• 1 x Adjustable rear wing
• 1 x Carbon fibre hood with vent design

• McLaren 720S (all years and variants)

• Professional installation strongly recommended due to complexity and precision fitment requirements; contact Project Styling for fitting services in Southend-on-Sea
• Body kit requires careful alignment and secure fastening of multiple components to ensure proper aerodynamic function and visual finish
• Carbon fibre components are securely bonded and bolted in place using OEM-equivalent fixings
• Allow adequate time for careful installation to achieve seamless integration with your vehicle

Will this body kit fit my McLaren 720S?
Yes, this conversion kit is designed specifically for the McLaren 720S and transforms it into a 765LT-inspired appearance with full aerodynamic benefits.

Is the rear wing adjustable?
Yes, the carbon fibre rear wing features adjustable settings, allowing you to customize downforce and handling characteristics to suit your driving conditions.

Do I need professional fitting?
Yes, professional installation is strongly recommended. We recommend arranging fitting through Project Styling in Southend-on-Sea to ensure proper alignment, secure fastening, and optimal aerodynamic performance.

What is the material quality?
All components are constructed from aerospace-grade carbon fibre with a premium weave finish, offering exceptional durability, lightweight properties, and visual impact.