Will it be slow to respond or feel odd to handle? Do you have to learn to drive differently for it to work properly?
The simple answer is no. Although there are some differences in the electric driving experience, there are plenty of similarities. This guide explains what it’s like to drive an electric car and answers many of the questions buyers might have.
Electric cars are actually incredibly easy to drive, and the reason for this is precisely because they’re electric. To start with, there are no gears to worry about, so you simply climb in, press the start button, choose drive on the gear selector and away you go.
But this isn’t like a conventional automatic, where you put the car in drive and let the transmission shift through gears. There are no distinct gears for the car to select, simply because an electric motor doesn’t require gears. The motor spins in one direction to go forwards, and the other to go backwards – and that’s it.
One key reason there’s no need for gears is that an electric motor’s torque – the engine’s rotational force – is available instantly. In an internal combustion engine, you have to get the car into a peak power band before all the potential performance is available. In an electric car, put your foot down, and the motor’s power is immediately on tap.
So it’s simple to speed up, but there’s an even better design for slowing down again. Every time you lift off the throttle or push the brake pedal, the car not only slows down, but also tops up the battery a little.
In many electric cars, this means you can drive almost entirely on one pedal, relying on taking your foot off the pedal and the car’s built-in energy capture system slowing you down enough for most situations.
Of course, there are conventional brakes for when you need to stop more quickly, but often these are only necessary when parking.
This regenerative braking is one of an electric car’s greatest differences from a petrol or diesel model, but also one of the attributes that make them so easy to drive. In fact, when you get back into a car with a conventional engine, braking can feel wasteful because you’re not capturing and reusing some of that energy.
In terms of outright acceleration, an electric car will often ‘win the traffic light Grand Prix’, getting off the line far quicker than any non-electric model.
The responsiveness of an electric motor means that even the most humble electric car offers a fun driving experience. With a punchy motor delivering all its power as soon as the throttle is pressed, an electric car can be both nippy to drive and one of the fastest cars on the road.
In terms of outright acceleration, an electric car will often ‘win the traffic light Grand Prix’, getting off the line far quicker than any non-electric model. When already on the move, electric cars are fast to respond, with rapid pick-up during the in-gear acceleration phase in a non-electric car. This makes life when driving an electric car much easier, particularly in busy traffic.
Another essential feature of an electric car is the battery. It’s used to benefit driving dynamics rather than hinder them, even though it adds weight to the vehicle. It’s placed in the car’s floor between the axles, ensuring the centre of gravity is as low as possible. As a result, the suspension can afford to be a little softer than usual, giving a comfortable ride, while the cars’ handling remains sure-footed and fun.
Electric cars are zero emission at point of use, responsive, agile, comfortable and easy yet fun to drive. That’s a long list of benefits, but there are more too – the chief being refinement. EVs can run almost silently because of a motor that makes very little noise – however, safety concerns mean that from 2021, all electric cars must have artificial noise added to alert pedestrians and other road users that they’re approaching.