BMW M8 F91 F92 F93 8 SERIES G14 G15 G16 BONNET CARBON FIBRE GTS STYLE

• Premium high-strength carbon fibre construction
• GTS-style functional vents for improved engine cooling
• Enhanced aerodynamics and high-speed stability
• UV-resistant glossy finish resists fading and yellowing
• Lightweight design reduces overall vehicle weight
• Race-inspired aggressive appearance

• 1 x Carbon Fibre GTS Style Bonnet

• BMW M8 F91 Coupe
• BMW M8 F92 Convertible
• BMW M8 F93 Gran Coupe
• BMW 8 Series G14 Coupe
• BMW 8 Series G15 Convertible
• BMW 8 Series G16 Gran Coupe

• This is a bolt-on replacement bonnet; no cutting or modification to the vehicle is required.
• Professional fitting is recommended to ensure proper alignment, latch adjustment, and to avoid any damage during installation.
• The bonnet can be fitted at Project Styling's workshop in Southend-on-Sea or by a qualified BMW technician of your choice.
• Allow approximately 1–2 hours for professional installation.

Will this bonnet fit my specific BMW 8 Series model?
Yes, this bonnet is designed to fit BMW M8 (F91, F92, F93) and 8 Series (G14, G15, G16) models. Verify your generation and body type (coupe, convertible, or Gran Coupe) before ordering. Contact Project Styling if you're unsure of your model.

Is the carbon fibre finish durable?
Absolutely. The carbon fibre is high-strength and coated with a UV-resistant clear coat that protects against fading, yellowing, and discoloration, even under intense sunlight. Regular washing and occasional waxing will maintain its glossy appearance.

Do I need professional fitting?
Whilst a competent DIY mechanic can install it, professional fitting is strongly recommended. A technician will ensure proper bonnet alignment, latch function, and gap consistency. Project Styling offers fitting services in Southend-on-Sea.

What are the performance benefits?
The carbon fibre construction reduces weight, lowering your vehicle's centre of gravity and improving handling. The GTS-style vents enhance engine cooling by allowing hot air to escape, and the aerodynamic design reduces lift at high speeds.