The LaFerrari is very possibly the world’s fastest, most exciting hypercar. Which is a statement to make when there are machines such as the McLaren P1 and Porsche 918 Spyder to contend with.
The bottom line, however, is that LaFerrari has more power (a whopping 950bhp) and less weight to carry around than its prestigious rivals so figuratively if nothing else, it quite clearly has the upper hand.
At the centre of the car, behind its two fixed carbonfibre seats, sits a 6262cc naturally aspirated V12 engine that generates 790bhp at 9000rpm and 516lb-ft of torque at 6750rpm. On their own, these outputs would be sufficient to make LaFerrari more potent than the Scuderia’s last V12 F1 car, the 412T from 1995.
But also behind and beneath the seats sits a 60kg lithium-ion battery pack which, via a 25.7kg electric motor, provides a further 160bhp and 199lb-ft to give combined outputs of 950bhp and 715lb-ft. There is no e-mode that can be engaged as such. Instead, the combustion engine and the Hy-KERS system have been engineered to work as one, with energy being constantly harvested on the move (via the brakes, the ABS system, the traction control system and even the E-Diff) to deliver full beans, as in 950bhp, whenever you want it.
The prodigious energy produced by this so-called power unit is then sent to the rear wheels, and the rear wheels only, via a seven-speed dual-clutch auto gearbox, made for Ferrari by Getrag. This also has an electric motor attached to it, with a dedicated gear-set that transmits drive directly to the final drive, thereby reducing the need for a typically vast clutch. The meticulous removal of weight runs as a key theme throughout the supercar's engineering, and this is but one example.
This is the end of part one and I will see you soon!
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