A Two-Seat Electric Racer Is The Best Way To Test Formula E Tech In The Real World, Apparently

Envision Virgin Racing made a two-seat electric race car, which I bet is perfect for the school run

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A two-seat electric race car, which looks similar to a Formula E car
Envision Virgin Racing unveiled the ‘first’ two-seat electric race car
Photo: Envision Virgin Racing

If you ask any race fan what the point of top-tier motorsport is, they’ll probably wax poetic about how it showcases the very best automotive technology.

They’ll tell you the engineering behind Formula 1 cars and their power units is the pinnacle of what’s possible. They might also explain to you that F1 is a testing ground for new ideas that may one day find their way into road cars.

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While it’s true that features such as traction control, active suspension and anti-lock brakes can all trace their origins back to F1, other technology such as the power units may take a little longer to trickle down to normal road users.

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Now, electrically charged Formula E says it also wants to see its onboard tech transition onto the road.

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You might think the obvious way to go about this would be to stick an electric Formula E drivetrain into a normal road car. But no, that’s not what Envision Virgin Racing has decided to do.

Instead, it’s adding extra seats to a race car to show that its battery tech can also carry passengers. I think.

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The two-seat racer was constructed by Envision Virgin Racing and sustainable energy firm Johnson Matthey to showcase its new battery tech in the car.

A photo of the two tandem seats in the electric race car
There’s space to car share when you commute in a two-seat racer
Photo: Envision Virgin racing
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The electric race car, said to be the very first electric two-seat racer, showcases a new type of lithium-ion battery that uses new materials to enhance range and battery lifetime.

According to the team, the new battery will offer a maximum power output of 250 kW, which will give the car a top speed of 149 mph and allow it to hit 60 mph in 3.2 seconds. In contrast, the current second-generation car being raced in Formula E has a top speed of 174mph but just one seat.

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While it’s great that Formula E tech is being tested out for other uses, we have to wonder, is this the most real-world scenario they could think of? Why is this new tech being showcased for the first time in an aerodynamic racer, and not a regular family car?

Well, according to the race team, on-track trials of the new tech will offer an “accurate indication of how the battery could perform in commercial use”. Which I guess means that the commute for people at Envision Virgin Racing is wildly different from the daily drives of most people.

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The car will initially go on display at the Cop26 climate summit in Glasgow, alongside a model of a Formula E car made entirely from plastic waste.