We Drove the Ferrari F80. All We Can Say Is "WOW."
An Italian racing and sports car company can learn a lot in 80 years.Pros
- Bleeding-edge auto tech
- King of the road
- King of the racetrack
Cons
- $4 million price
- Sold out
- We may never drive one again
The 2026 Ferrari F80 has arrived, and a new top-line supercar from Modena is a giant deal in the car world. Think back a decade to the LaFerrari, a car so monumental it was not only named after itself but also given GOAT status as a member of “The Hoy Trinity,” along with the McLaren P1 and Porsche 918 Spyder. Or what about the radical Enzo 10 years before that? What of the race-car-in-disguise F50 from the ’90s? Or the poster car fantasy object that is the brutal F40? These machines define automotive decades.
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Early next year, customers will begin taking delivery of the latest and possibly greatest of them all, the car built as a celebration of 80 years of prancing horses, red cars, and Enzo’s singular vision: the Ferrari F80. Let’s take a beat and pause, however, and think about the grandaddy of them all, the essential 288 GTO. To most folks’ eyes it’s nothing but a 308 GTB with some extra slots cut into the flanks. But to those in the know, it’s by far the most exciting of the bunch.
The 288 GTO, Ferrari’s first supercar (not the 250 GTO, as that car was built four years before the term “supercar” was coined) was indeed based on the 308. Said mid-engine exotic was then cut in half and its wheelbase lengthened by 4.3 inches to allow the 2.9-liter V-8 to rotate from transverse to longitudinal orientation. It was also upgraded to near Group B and Group C race car specs with twin turbos, making it essentially a detuned version of what eventually powered the F40. Some Ferraristis even maintain the F40 is just a 288 GTO in a body kit. This is important because if you look at what Ferrari is up to in the year 2025, its "entry-level" street car, the 296, uses a 120-degree 2.9-liter (2,992 cc; we round this up to 3.0 for accuracy) twin-turbo V-6 with hybrid assist, as does its Challenge series race car and its back-to-back-to-back 24 Hour of Le Mans–winning endurance racer, the 499P.
The Heart of the Matter
You will not be surprised to learn then, that under the Ferrari F80’s aerodynamically radical bodywork sits a spiffed-up version of that exact powertrain. The F80 iteration cranks out 888 horsepower at 8,750 rpm (redline is 9,000 rpm, limiter is 9,200 rpm), which is nearly 300 hp per liter. Read that last part again. Torque output is 627 lb-ft at 5,500 rpm. The front axle consists of two electric motors that combine for 282 hp (141 hp each) with a total system output of 1,184 hp. If the math of 888+282 doesn’t math for you, know that there is a third, small electric motor that’s mounted below the driver side of the engine block called the MGU-K. It’s derived from Ferrari’s F1 cars and performs several duties; it acts as a starter and a between-shifts torque filler, it helps to recapture electrons during engine braking, and it keeps both the 2.3-kWh battery charged and front motors spinning at all times. Some of its 80-hp rated output adds to the total system output when running flat out. This powertrain makes the F80 the most powerful Ferrari in history. Not shabby.
The rest of the F80 technology story is so bleeding edge we needed to cover most of it in a separate article or else we’d never get to how this $4 million car drives. But a few highlights: The asymmetric chassis reduces the width of the vehicle by seating the passenger slightly aft of the driver. There’s a tri-wing behind the front S-duct modeled after the rear triple wing on current F1 cars. The F80’s aerodynamics are both state of the art and massively effective; at 155 mph there’s 1,012 pounds pressing down on the front axle and 1,298 pounds on the rear. That’s a total of 2,310 pounds, or twice as much downforce as the LaFerrari. For launch control fans, the rear wing is active via four 12-volt electric motors and can instantly move into a low-drag stance, and the front wing can be stalled. Then there are the alien-looking 3D-printed suspension arms, the first ever street application of Brembo’s CCM-R+ brakes, and the unique Michelin Pilot Cup 2R K tires. Not to mention the two massive electric turbos that spin at 130,000 rpm. Yes, this car is wild.





