What is it?
The Audi RS E-tron GT raises a few interesting questions relating not only to the future of the performance car as a concept, but also to all cars in a far broader sense.
It’s no secret that the first electric vehicle to wear Audi Sport’s coveted RS badge shares in effect all of its componentry with the Porsche Taycan. From its twin electric motors to its three-chamber air suspension, and from its 800V battery to its layout and the J1 platform upon which it’s based – all of the things that make these cars stop and go and ride and change direction – are pretty much one and the same. So it’s tempting, if a little reductive, simply to label the RS E-tron GT as a Taycan in an Audi frock, purely by dint of the fact that the Porsche came first.
So the first of those questions, I guess, should be, ‘how much truth is there in such a label?’. And the big, rather more philosophical one has to be, ‘how different from one another can we expect the electric performance cars of the future to actually be?’.
We’ll come to the first in a bit, but that second one is a bit of a humdinger. Combustion-engined performance cars have taken many forms over the years, and everything from cylinder count to engine positioning, forced induction and transmission type all combine to determine how a car will ride, handle, perform and respond to your inputs. Crucially, however, they all help to form a car’s unique sense of personality.
There’s a degree more uniformity where the high-performance EV is concerned. Most will house their batteries beneath the floor, between the axles for a low centre of gravity and better weight distribution. Most will have an electric motor up front, joined by one or two motors at the rear for all-wheel drive. All will offer immediate throttle response and a slug of torque available from the basement and which enables them to accelerate with all the ferocity of a jump into hyperspace. Great for making the Kessel Run in less than 12 parsecs, perhaps, but it’s all a bit samey, isn’t it?
Just like the Taycan, the Audi fits that blueprint to a tee. Its 83.7kWh (net capacity) battery sits between the front and rear axles, each of which houses a permanent-magnet synchronous electric motor.