Carbon-fibre details
For more demanding customers with an eye for detail, the Ferrari Genuine catalogue contains a number of parts for which using carbon fibre has not had a direct effect on weight reduction but has helped to develop the idea of technological innovation and aggressive nature of the vehicle as part of the aftermarket concept.
Carbon fiber fender shields
Following up on the remarkable success of the carbon fiber fender shields offered for the 599GTB and GTO, Ferrari has now developed this distinctive accessory for the 8 cylinder 360 and F430, in a version with a chrome Prancing horse logo and a chrome border framing the gloss carbon field. This unique design further
emphasizes the three-dimensional look of the Ferrari symbol.
This is an exclusive Ferrari accessory offered only to customers who already own the vehicle.
The kit can only be installed on fenders that already have the optional shield available in the catalog.
Carbon door handles kit
To maximise the thoroughbred race appearance of the F430 by fitting external parts in carbon fibre, the carbon equipment kit has been completed by adding several components that, while offering benefits in terms of weight reduction, provide particularly eye-catching results in terms of aesthetic impact and style. The range of carbon components has been completed by the addition of “carbon look” door handles, designed to provide a perfect match with the aftermarket carbon equipment kit to create an aesthetic solution that maximises the competition spirit of the car, emphasising the high prestige of the materials and the design and construction excellence of each component.
Carbon-fibre fuel filler flap
Carbon-fibre fuel filler flap with silver-plated Prancing Horse, the ideal accessory to enhance your F430’s sporty character.
The carbon-fibre fuel filler flap completes the F430 accessories kit and brings and enhances the outstanding sporty spirit of the car. The materials and technologies used in its production are directly derived from Ferrari’s unique Formula 1 experience.
Carbon-fibre rear view mirrors
The use of carbon wing mirrors based on the F430 Scuderia design allows a dynamic aesthetic solution to be combined with excellent technical features, aimed at reducing the overall weight of the car by optimising every last component.
The use of carbon wing mirrors based on the F430 Scuderia design allows a dynamic aesthetic solution to be combined with excellent technical features, aimed at reducing the overall weight of the car by optimising every last component. This is an aesthetic solution which highlights the racing spirit of the vehicle, underlining both the use of materials with high added value and the excellent manufacturing standards of the part itself. The use of carbon wing mirrors prevents connection of the defrosting system.
Carbon-fibre side skirts
The carbon-fibre side skirts complete the provision of carbon fibre style components that enhance the racing personality of the car.
The use of carbon side skirts allows a dynamic aesthetic solution to be combined with excellent technical features, aimed at reducing the overall weight of the car by optimising every last component. This is an aesthetic solution which highlights the racing spirit of the vehicle, underlining both the use of materials with high added value and the excellent manufacturing standards of the part itself.
Carbon-fibre headlights housing
The use of carbon headlights based on the F430 Scuderia design allows a dynamic aesthetic solution to be combined with excellent technical features, aimed at reducing the overall weight of the car by optimising every last component.
The use of carbon headlights housing based on the F430 Scuderia design allows a dynamic aesthetic solution to be combined with excellent technical features, aimed at reducing the overall weight of the car by optimising every last component. This is an aesthetic solution which highlights the racing spirit of the vehicle, underlining both the use of materials with high added value and the excellent manufacturing standards of the part itself.