The all-new Ferrari Purosangue Driving Video

Video Credit: AutoMotions
Published on September 15, 2022 - Duration: 03:01s

The all-new Ferrari Purosangue Driving Video

The Purosangue’s engine (code-named F140IA) maintains the architecture that made the Prancing Horse’s most recent 12-cylinders so successful i.e.

A 65° angle between its cylinder banks, a 6.5-litre capacity, dry sump and high-pressure direct injection.

It was designed, however, to produce the highest amount of torque at low revs possible without losing the feeling of linear, never-ending power typical of Ferrari’s naturally-aspirated V12s.

80% of the maximum torque is on tap at just 2100 rpm and it peaks at 716 Nm at 6250 rpm.

Maximum power of 725 cv is reached at 7750 rpm and throttle response is characteristic of a real sports car.

Intake, timing and exhaust systems have been completely redesigned, while the cylinder heads are derived from the 812 Competizione.

Huge attention was lavished on improving mechanical and combustion efficiency, employing Formula 1-inspired calibration concepts.

The result is that the most powerful engine ever developed by Ferrari for a four-seater car is also the most powerful in its segment, as well as the only one capable of delivering that instantly recognisable Ferrari V12 soundtrack.

To guarantee maximum mechanical efficiency, the rotating masses have been redesigned.

The nitrided steel crankshaft was modified to lengthen the stroke and the internal oil passageways have been redesigned to improve oil flow to the big-end bearings.

Lower bearing clearance tolerances improve consumption.

The coolant and oil pump assembly was also redesigned focussing on the scavenge section to reduce friction and mass thanks to the adoption of smaller diameter rotors and optimising the inlets and outlets as well as the rotor seals.

The valve train timing is all new, while the new finishing process for the camshafts has considerably reduced the surface roughness and the friction coefficient between the lobes, the shafts themselves and the hydraulic tappets.


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