The same concept provided the inspiration for the SF90 XX Spider, which combines the ultimate on-track adrenaline rush with the heady pleasure of en plein air driving, where the iconic sound of the Ferrari V8 gives such a vital contribution. The SF90 XX Spider benefits from the same sophisticated aero solutions as the SF90 XX Stradale, as well as specifically developed cockpit air flows that guarantee superb occupant comfort with the top down. It is equipped with Ferrari's acclaimed Retractable Hard Top (RHT), which comprises aluminium panels and not only deploys and retracts in a mere 14 seconds, but can also be activated at speeds of up to 45 km/h.
Like the SF90 Stradale, the SF90 XX Stradale has three electric motors, one located between the ICE and the gearbox and two on the front axle. In this instance, they deliver a maximum of 233 cv or 171 kW, thanks to the patented extra boost vehicle dynamics logic, an absolute first on a Prancing Horse road car. The SF90 XX Stradale's high performance lithium-ion battery powers the three motors, guaranteeing a 25km range in full-electric mode. When the ICE is off, the front motors give the car a maximum speed of 135 km/h.
The arrow-shape front wing concept has been retained on the SF90 XX Stradale. The headlights, which now have an even lower upper profile, are now integrated into this area by two external vertical wing profiles. This creates what we might call a more geometric language that reflects the spirit of this new car. New and distinctive elements of the front section are the two imposing lower wings that dominate the air intakes, which look as if they are floating, making the SF90 XX Stradale itself seem broader and more glued to the asphalt than any other.
The rear of the car is characterised by the trimaran design of the tail. Compared to the SF90 Stradale, the SF90 XX Stradale features more imposing rear vents behind the wheels. The trimaran section also incorporates two central exhausts. Design-wise, the aim here was to visually underscore the impressive width of the rear of the car and this was achieved by drawing on a layering concept.