New 2023 Lotus Eletre officially unveiled as 592hp electric SUV Car News

The Eletre, whose name means “to come to life” in Hungarian, will be offered in three forms, with performance and specification differences but still four-wheel drive.

Confirmed technical figures are not yet available, but Lotus said the target was a top speed of 162mph and a time of less than 3.0 seconds for the 0-62mph sprint.

Each Eletre will have a battery capacity of over 100 kWh and an output of over 592 hp. The maximum range is 348 miles and a full recharge will be possible in 18 minutes from a 350kW charger.

Air suspension, active aerodynamics and active ride height will be standard, while options include active dampers, active rear axle steering and torque vectoring via an electronic limited-slip differential.

Lotus said every Eletre will come “with exceptional dynamics, exceptional comfort and true Lotus performance”.


The Eletre was designed at the Lotus Technology Creative Center (LTCC) in Coventry, Warwickshire – the company’s new design center for its ‘lifestyle’ cars, which opened four years ago and now has 120 employees. Sports cars are still designed at Lotus headquarters in Hethel, Norfolk.

It has a forward cab, a long wheelbase and very short front and rear overhangs. The compact bonnet echoes styling cues from Lotus’ historic mid-engine layout.

LTCC boss Ben Payne, who led the design of the Eletre, said: “We tried to push the nose forward and have a very short bonnet and a very pointed nose, which helps to make the product longer, lower and sleeker than it really would be. East.”

There are a number of nods to Lotus’ more recent sports cars, including the sharp edges at the front, reminiscent of the Lotus Emira and Evija. The glass canopy on top of the body is also meant to mimic the Evija, Payne said.

An important aerodynamic feature of the design, according to Lotus, is “porosity” – the way air flows through the car as well as under, above and around it, allowing less drag and more movement. efficiency for range, speed and performance.

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This notice was published: 2022-03-29 19:01:23

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