McLaren has already started work on the ‘son of P1’ hypercar that will be the next model in its Ultimate Series after the Elva screenless barchetta. CEO Mike Flewitt has confirmed that we can expect to see the car in 2024, adding that it will be electrified.
“We haven’t announced the powertrain,” Flewitt said during a telephone interview with Autocar after the cancellation of the Geneva motor show. “Obviously, looking forward, it will be either hybridised or an EV.”
However, Flewitt once again poured water on the idea of a track-focused model from McLaren going electric with current technology.
“I like EVs,” he continued. “I’ve driven them a lot lately and for regular use. They’re responsive, refined and have incredible performance. But the charging times are really restrictive.
“Take the 765LT as an example. We know a lot of customers are going to take that to the track. If it were an EV, you would be looking at maybe 30 minutes of running time and then plugging it in until the next day. That’s not a persuasive position.”
Although Flewitt admitted that the specifications of forthcoming EV hypercars like the Lotus Evija and Pininfarina Battista are “incredible”, he insisted McLaren buyers focus on more than just numbers.
He said: “We don’t build cars like that: pure 0-200kph or 0-300kph or even top speed. It’s not the car’s purpose, it’s a consequence of the attributes we’ve designed into it.”
McLaren has already committed to an aggressive hybridisation of its line-up, with the plug-in hybrid replacement for the Sports Series coming first and then other models quickly following.
Based on past conversations with insiders at McLaren, including Flewitt, Autocar believes the next P1 will use a split hybrid system with an electrically powered front axle. The rear will be powered by a regular petrol engine or a version of the hybridised V6 used by the new Sports Series.
Although hybridisation will create both packaging and weight challenges for engineers, these are much smaller than those presented by making an EV, because the battery will be significantly lighter and more compact.