The LaFerrari successor is here: meet the 1,183bhp, V6 hybrid Ferrari F80
Out goes the V12, in comes a twin-turbo V6... and a triplet of electric motors. Maranello’s latest is a downforce-obsessed 4WD hypercar
How the hell do you follow a 40-year bloodline that’s a rollcall of hypercar royalty? 288 GTO, F40, F50, Enzo, LaFerrari… and now F80. Yep, Ferrari bosses completely ignored Top Gear’s hypercar name generator, and went with something sensible instead. It’s a name that celebrates the company’s 80th anniversary, occurring in 2027, by which time they’ll be pumping out these £3.1m hypercars to the 799 lucky owners who got the nod.
It is motivated not by a soaring naturally-aspirated V12 like the LaF, but by a twin-turbo V6 hybrid powertrain, which is a bit disappointing, but the rationale is clear: this 120-degree 3.0-litre V6 is a heavily-modified version of the one that took the 499P to back to back wins at the Le Mans 24hrs. It’s the configuration also used in F1. Boxes ticked. It’s also more compact, power dense and lighter than a V12 and thanks to a pair of e-turbos (bigger blowers for more power at higher revs, but with electric motors to spool them up instantly) produces 888bhp on its own – that’s 234bhp more than the 296 GTB’s V6, despite weighing the same.
The other 295bhp – for a total of 1,183bhp, making it the most potent Ferrari road car ever - comes from a trio of electric motors designed, engineered and built in house. Two live on the front axle (meaning this is 4WD while the freshly minted and even more powerful McLaren W1 is RWD) and the third is bolted to the bottom of the engine and can deliver 70kW to the battery in regen mode, or an extra 80bhp of forward thrust. The 800V battery is a 2.3kWh unit tucked behind the seats, infused with F1 tech for rapid charging and discharging – there’s no electric-only mode here. In fact, whilst gawping at the rolling chassis we counted no fewer than 13 e-motors – two more on the 48V e-turbos, one at each corner for the 48V active suspension and four more 12V units in the wing to enable all that lift and tilt.