This 2008 Ferrari 599 GTB Fiorano represents a rare and exceptional chance to own one of Ferrari’s most iconic V12 grand tourers. Cloaked in Nero Daytona Metallic over Rosso leather and Daytona seats, this low-mileage (9,764 km) example is powered by a 5,999cc naturally aspirated V12, derived from the Ferrari Enzo, delivering 456 kW (612 PS). Its groundbreaking performance marked one of Ferrari’s earliest achievements in surpassing 100 horsepower per litre of displacement.
Breaking new ground in design, the car was Ferrari’s first to feature an all-aluminium space frame, making it 60 kg lighter than its predecessor without compromising structural rigidity. Developed in collaboration with Alcoa, the advanced chassis supports both performance and durability.
For driving enthusiasts, Ferrari’s F1 SuperFast single-clutch transmission delivers lightning-quick shifts, especially under hard acceleration. While later models adopted dual-clutch technology, the 599’s gearbox retains a raw, mechanical feel, beloved by purists.
Designed by Pininfarina, the car’s timeless elegance is paired with functional aerodynamics. The distinctive buttresses on the C-pillars enhance downforce without needing a rear spoiler, and Venturi tunnels improve underbody airflow—a technique borrowed from Ferrari’s racing expertise.
Equipped with Ferrari’s F1-Trac system, a Formula 1-derived innovation, this car can corner 20% faster than its predecessors, making it formidable on both winding roads and long-distance cruises.
This meticulously maintained example has had the infamous “sticky buttons” issue rectified by an industry leader. With only two previous owners, perfect provenance, and an impeccable service history, this 599 GTB Fiorano stands as both a collectible and a road-ready supercar. Present with the cars are the factory provided books + manuals and Ferrari car cover. From its Enzo-inspired V12 to its sublime craftsmanship, it offers a unique combination of performance, luxury, and historical significance, destined for future appreciation.