Ferrari Daytona SP3
Ferrari

Daytona SP3

Ferrari Daytona SP3: History Repeats Itself

The Daytona SP3 is the third member of Ferrari’s “Icona” series (after the Monza SP1 and SP2). It pays tribute to the legendary 1-2-3 finish of Ferrari at the 1967 24 Hours of Daytona, where the 330 P3/4, 330 P4, and 412 P crossed the line together to humiliate Ford. It is a modern interpretation of those 1960s prototypes, wrapped around the most advanced chassis Ferrari can build today.

The Historical Inspiration

February 5, 1967. The 24 Hours of Daytona. Ferrari sent their most advanced sports prototype racing cars — the 330 P3/4 and 330 P4 — to the Daytona International Speedway for a race that had particular significance. Ford had beaten Ferrari at Le Mans in 1966, ending Ferrari’s long run of dominance at the French circuit. The rivalry between Enzo Ferrari and Henry Ford II was one of the most bitter in motorsport history, rooted in a failed acquisition attempt in 1963 that Enzo had humiliatingly walked away from at the last moment.

Daytona was a chance for revenge. Ferrari’s preparation was meticulous and their results were extraordinary. The three works and semi-works Ferraris crossed the finish line in formation, first, second, and third, in one of the most celebrated moments in motorsport history. The image of three red cars finishing together, with mechanics and officials lining the track, was immediately iconic.

The Daytona SP3 was conceived to evoke those cars — the low, wide, sensual shapes of the 330 P-series prototypes — while packaging Ferrari’s most advanced contemporary technology underneath. It is both a history lesson and a performance manifesto.

Design: Passive Aerodynamics

Unlike the LaFerrari or SF90, the Daytona SP3 has zero active aerodynamics. No moving wings. No flaps. Why? Because 1960s race cars didn’t have active aero.

This design constraint became a creative challenge. Ferrari’s aerodynamicists had to achieve the necessary downforce and stability through purely passive means — fixed shapes, tunnels, and surfaces that worked at all speeds without adjustment. The solution they arrived at is as beautiful as it is functional.

  • The Strakes: The rear of the car is defined by horizontal blades (strakes). These are a direct visual reference to the bodywork of the 330 P4 and aren’t just for style; they manage airflow and heat extraction from the engine bay.
  • The Chimneys: There are vents in the floor that channel air up through “chimneys” in the doors to clear the turbulent air from the front wheels.
  • The Mirrors: The wing mirrors are mounted on the front fenders, just like the old P4 race cars — functional, yes, but also one of the most evocative design details on the car.
  • The Nose: The long, low nose with its exposed front wheels references the open-wheel sports prototypes of the era. The windshield is a wide, low panoramic screen that sweeps across the front of the cabin like a racing car.

Every surface on the SP3 was developed in Ferrari’s wind tunnel. Without the ability to adjust aerodynamic elements while the car is moving, every curve and crease had to be precisely calibrated for the entire operating range. Ferrari’s aerodynamicists report that the final downforce figures at 250 km/h are comparable to actively managed cars from earlier generations — achieved entirely through shape.

The Engine: F140 HC

Ferrari took the 812 Competizione engine and modified it fundamentally for a mid-engine layout.

  • Code: F140 HC.
  • Intake: The intake tracts are radically shorter because the engine is right behind the driver’s head.
  • Power: 840 hp at 9,500 rpm.
  • Status: This is the most powerful internal combustion engine Ferrari has ever put in a road car (without hybrid assistance).

Moving the F140 engine from its longitudinal front-engine orientation in the 812 to a mid-engine position in the SP3 required significant engineering work. The engine was reversed in the chassis — what was the rear of the engine in the 812 faces forward in the SP3. This allowed the most efficient packaging within the carbon fiber tub, keeping the engine’s mass as low and as centrally located as possible.

The shorter intake tracts change the engine’s character subtly. In the 812, the F140 engine has a broad, linear torque delivery that suits GT driving. In the SP3, with shorter runners and the engine directly behind the occupants’ heads, the power delivery is sharper, more urgent, more immediate. There is less filtering, less isolation — just the engine and its nine and a half thousand rpm directly transmitted through the carbon structure you are sitting in.

The sound experience is in a category of its own. With the engine inches from the back of your seat, separated only by a few layers of carbon fiber and Nomex, the SP3 communicates the V12’s mechanical character with a directness that no road car has previously offered. It is not pleasant noise reduction — it is deliberate amplification of the engine’s voice.

Chassis: LaFerrari Bones

The SP3 uses the carbon fiber monocoque from the LaFerrari (minus the hybrid system).

  • Seat: The seats are integrated directly into the chassis. You cannot move them. You move the pedal box. This saves weight and keeps the driver’s mass low and central.
  • Feel: Because it is a carbon tub (unlike the aluminum 296 or SF90), it is incredibly stiff and vibrates with the engine frequency.

The LaFerrari tub is one of the finest carbon fiber structures ever produced for a road car. Built in Ferrari’s own F1 autoclave facilities using the same pre-preg carbon fiber processes as their Grand Prix cars, it is extraordinarily rigid. Unlike the aluminum spaceframe chassis of the mid-engine V8 berlinettas, which flex minutely and provide a small amount of acoustic and vibration isolation, the carbon tub transmits everything directly.

The fixed seating position is a polarizing feature. It requires the car to be fitted to the driver rather than the other way around. Ferrari’s process involves measuring the driver in detail and adjusting the pedal box, steering wheel position, and seat dimensions accordingly. Once set up, the driving position is perfect — but it is your position, no one else’s. This is a very deliberate statement of intent: this car is built around you, specifically.

The Drive

Driving the SP3 is a “best of both worlds” experience. You get the chassis stiffness of a hypercar (LaFerrari) with the screaming, naturally aspirated V12 of a GT car (812 Comp), all wrapped in a body that stops traffic.

  • Sound: The exhaust note is tuned to be “analog.” It doesn’t pop and bang artificially. It just screams.
  • Acceleration: 0-100 km/h in 2.85 seconds puts it among the fastest road cars in history.
  • Balance: The mid-engine layout combined with the LaFerrari tub creates a balance that the front-engine 812 simply cannot match for circuit driving.

The comparison to the LaFerrari is inevitable, given the shared tub. The SP3 without the hybrid system is lighter — approximately 1,485 kg versus the LaFerrari’s 1,585 kg — and the power-to-weight ratio is comparable. But the character is very different. Where the LaFerrari’s hybrid system creates a perfectly smooth, seamless power delivery, the SP3’s naturally aspirated V12 demands to be revved. It rewards commitment with a rising crescendo rather than instant maximum thrust. It is a fundamentally more demanding car, and for many drivers a more rewarding one.

Competition Context

The Daytona SP3 sits in a category with very few competitors: ultra-rare, naturally aspirated, mid-engine hypercars with competition lineage.

The Pagani Huayra BC is perhaps the closest philosophical parallel — also naturally aspirated (though turbocharged), also inspired by racing history, also produced in tiny numbers and priced in the millions. The Huayra BC is more dramatically styled and lighter, but lacks the specific Ferrari racing heritage that the SP3 wears explicitly.

The McLaren Senna was designed with a similar brief — a road-legal car that prioritized track performance above all else — but used forced induction and offered a fundamentally different driving experience.

Value

Ferrari is building 599 units.

  • Price: €2 million.
  • Availability: Sold out before it was announced.
  • Allocation: Ferrari prioritized owners who already bought the Monza SP1/SP2.

The 599-unit production number was not chosen arbitrarily. Ferrari often uses model-appropriate numbers (the 599 GTO was limited to 599 units; the LaFerrari to 499 units). The number is small enough to ensure genuine exclusivity without being so limited that it becomes merely a museum piece. Most SP3s will be driven — carefully — on the roads and tracks for which they were designed.

The Daytona SP3 is pure fan service. It is Ferrari building a car for its most loyal customers, celebrating its greatest victory. But it is also genuinely one of the most technically impressive and emotionally arresting road cars ever produced. It will be remembered as the definitive expression of the Icona series and one of the high points of naturally aspirated road car performance.