McLaren has announced that it will produce just 249 examples of the ultra-exclusive Elva speedster, down from a planned 399 units.
The decision, confirmed by CEO Mike Flewitt in an interview with The Australian Financial Review, is said to have been taken as a means of enhancing the car's rarity value. "The feedback from our customers is that they think the car should be more exclusive than that, so we’ve capped it at 249," he said.
Autocar's sources suggest, however, that McLaren over-estimated market demand for the model, hence the decision to reduce production numbers. The similarly conceived Aston Martin Speedster is limited to 88 examples, while Ferrari will build just 250 examples each of its SP1 and SP2 Monza roadsters.
The new machine, which was first revealed by Autocar last summer, joins the P1, Senna and Speedtail in McLaren's range-topping Ultimate Series model line, and is priced from £1,425,000 (including UK VAT).
McLaren claims the rear-wheel-drive Elva is the lightest road car it has ever produced. Powered by the firm’s 4.0-litre twin-turbocharged V8 engine, it is able to reach 62mph in “under three seconds” and has a claimed 0-124mph time of 6.7sec – faster than the track-focused Senna.
The Elva name is taken from the East Sussex constructor whose chassis was used as the basis for McLaren’s M1A, M1B and M1C two-seat sports cars in the 1960s, which serve as spiritual predecessors to the new road car. McLaren has acquired the rights to the Elva name.
McLaren boss Mike Flewitt says the Elva is “a uniquely modern car that delivers the ultimate connection between driver, car and the elements”. It features a bespoke, lightweight carbonfibre chassis, with no roof, windscreen or side windows.
To shield occupants from the elements, McLaren has developed an Active Air Management System (AAMS). Automatically activated at speed, this guides air through a large inlet in the splitter at the front of the Elva’s distinctive low nose and out of a clamshell ahead of the cabin. As a result, the air is channelled up and over the occupants to create a ‘bubble’ of calm. A small carbonfibre deflector rises from the front of the bonnet when the AAMS is active to direct the air, which is deflected through a number of carbonfibre vanes across the bonnet.
When not active at low speeds, the air flow is diverted into two low-temperature radiators to boost their efficiency. McLaren claims the radiators boost the output of the engine by cooling the oil in the seven-speed transmission. The firm says the AAMS tech means helmets are not required but can be worn if preferred, while a fixed windscreen will be offered as a factory option.