Ferrari

Ferrari F50

Ferrari F50
Photo: Calreyn88 / Wikimedia Commons · CC BY-SA 4.0

The official data lists one version of the Ferrari F50 (1995), in the United States.

At a glance

Years in the data
1995
Markets
United States
Engines
4.7 L
Fuels
Petrol
Lowest consumption (United States)
29.4 L/100 km (EPA)

What is the Ferrari F50?

The Ferrari F50 is a two-seat supercar with an open top and a removable hard roof. Ferrari presented it in 1995 as a road car shaped by the company’s Formula One experience. Its carbon-fibre monocoque gives the car a close connection between its racing-inspired engineering and its road-going design.

Engines and power

The F50 has a 4.7-litre petrol engine. Ferrari says its naturally aspirated V12 was derived from a Formula One engine, and it is mounted behind the cabin as a structural part of the chassis. The layout and open cockpit give the F50 a focused, direct character.

How economical is the Ferrari F50?

The US EPA rates the Ferrari F50 at 8 MPG combined, equivalent to 29.4 L/100 km. EPA tests differ from European WLTP and NEDC procedures and Canada’s 5-cycle test, so results from different markets are not directly comparable.

Questions and answers

What kind of car is the Ferrari F50?

It is a two-seat, open-top supercar with a removable hard roof and racing-inspired engineering.

What engine does the Ferrari F50 have?

It has a 4.7-litre petrol V12.

What is the Ferrari F50’s official fuel consumption?

The US EPA figure is 8 MPG combined, or 29.4 L/100 km.

When was the Ferrari F50 sold in the United States?

The US listing is for 1995.

All F50 versions

United States 1 version

Model years sold in the USA, from the EPA and the Department of Energy (fueleconomy.gov). MPG on the EPA test; litres per 100 km = 235.215 ÷ MPG.

Years and versionEngineFuelGearboxDriveConsumption (combined)CO₂
1995(GUZZLER) (FFS)4.7 LPetrol6-speed manualRear-wheel drive8 MPG (29.4 L/100 km) EPA690 g/km

Official figures are measured on standard test procedures and differ between markets. Your consumption depends on how, where and in what conditions you drive.