Expected to be shown in the first half of next year before going on sale in the following months, the new Lotus will revive the format of the Esprit as a Ferrari-baiting super sports car with a price set in the low six figures. Like that iconic model, it will be intended to retain the Norfolk brand’s celebrated driving dynamics while offering increased everyday usability and refinement over existing models.
The car, which may or may not use the Esprit name, will serve to bridge the gap between Lotus’s existing line-up and further future models based on an architecture that’s new from the ground up.
Replacing the 25-year-old Exige/Elise platform and the 12-year-old Evora underpinnings, the new rivet-bonded platform will provide the basis for a new range which, as Autocar revealed last year, could include a revived Elan as well as other models in a number of segments. “There’s this car, then there’s the new platform,” Lotus CEO Phil Popham has previously said.
Before these models arrive, this 2021 model will be the last series-production car to be spun off the current extruded aluminium platform used in the Evora. However, the car is not intended as a direct Evora replacement, instead sitting above it as a separate model.
Autocar has learned that the new car will make use of a V6 powertrain related to today’s Toyota-sourced unit. However, Lotus has developed a new hybrid system to supplement it, presumably using learnings from Geely-owned sister brand, Volvo. The plan follows on from the all-electric Evija, with Popham previously expressing a desire to electrify every new Lotus in some form.
There’s no word on the power output at this stage, but given the Evora 410 puts out 404bhp with the aid of a supercharger, the new powertrain is likely to take the figure well in excess of 500bhp. Lotus lives by founder Colin Chapman’s famed “simplify and add lightness” mantra, so expect engineers to aim to keep the new car’s kerb weight as light as possible, despite the addition of hybrid tech. It remains to be seen if the V6 will feature forced induction or natural aspiration.