Why Do Electric Cars Accelerate Faster Than Petrol Ones?

Picture this: you’re at the lights on Wilmslow Road in Manchester, waiting for the green man to turn. You ease your foot down, the lights change, and boom-you’re off. The car surges forward, and you feel it. Now compare that to an old petrol car you once drove, where you press the pedal, wait a moment, shift a gear, maybe hear a bit of the engine revving, and then you move. The difference in how quickly you launch can be striking. That’s one of the reasons why many people ask: why do electric cars seem to accelerate faster than petrol ones? Let’s chat about that-grab a cuppa-and I’ll walk you through how it works in everyday terms (and yes, this is coming from us here at Dace Motor Company, so we know a thing or two about cars).

Instant response: the “get-away” leap

When you drive an electric car, the moment you press the accelerator, the motor is ready. Actually, it’s more than ready-it often has maximum torque (the “pulling power” of the wheels) right from zero rpm (revolutions per minute). According to a write-up by Volvo, electric vehicles deliver full torque from the moment you start moving. 

In contrast, a petrol engine needs to build up rpm-fuel enters, combustion happens, pistons move, gears shift-before you get that full pull. That means a slight delay. For some city launches (say from the red lights on Stockport Road), that delay matters.

Another article sums it up: electric cars have fewer moving parts, fewer steps between battery and wheels, so when you say “go,” the wheels move straight away.
So if you’re in Manchester city centre, pulling away at rush hour, that kind of “right now” response feels better.

Simpler gear setup = smoother take-off

Traditional petrol cars almost always use multiple gears. You start in first gear, then second, maybe third, depending on how quick you want. Each time you change gear, there’s a tiny moment when things shift, when the engine and gearbox are doing their thing. That slows the “launch” a little, maybe unnoticed in everyday driving, but it adds up.

Electric cars often use a single-speed or direct drive setup. That means no big gear changes when accelerating from a standstill. The article from DriveSpark explains that this gear simplicity helps EVs accelerate faster than internal combustion engine cars.

Think of it like walking vs. sprinting in one go, rather than jogging then shifting into run. It feels more immediate.

Less energy lost: more of what you push gets to moving you

In petrol cars, there are many places where energy is lost: heat, friction, exhaust, the gearbox, etc. Some reports say only about 12-30% of the fuel’s energy actually moves the car forward.
In electric cars, the electric motor and drivetrain tend to be far more efficient. So when you press the pedal, more of what you get is actually on the move. That gives a better “take-off”.

Another quote: “Electric vehicles are more efficient at converting energy from the battery into motion.” 

For everyday driving in Greater Manchester (maybe you’re heading out of Stockport onto the M60), that means faster merging, smoother acceleration into traffic, etc.

Why the car feels quicker, even if top speed might not be much higher

It’s worth noting: when we talk about “accelerate faster” we mean from a stop or low speed up to moderate speed. We’re less talking about a car’s top speed. A petrol super-car might still have a very high top speed, whereas many electric cars focus on fast starts and strong mid-range. The article from Wallbox says electric cars often have lower top speeds relative to their acceleration because they optimise differently.

In everyday city or suburban driving around Stockport or Manchester, you often care more about that “get up and go” from 0-30 mph than about 150 mph top speed (because UK speed limits and traffic mean you’re rarely doing that).

Traction, weight distribution and other helpful factors

There are other bits that help electric cars feel fast off the line. For instance: the heavy battery pack is usually under the floor, giving a lower centre of gravity. That helps with stability and allows the car to pull away without a lot of wheel spin. The sources say this helps even though the car might weigh more than a petrol equivalent.
So you might be thinking: “Wait, heavier car = slower?” Normally yes. But the layout cancels some of that, plus you get the direct torque benefit. So you end up feeling quicker.

Some scenarios you’ll recognise

To make it more real: imagine you’re in one of our showrooms at Dace Motor Company in Stockport-whether Greg Street at Reddish or Buxton Road branch. You take a test-drive in a petrol-powered car. You press the accelerator. There’s a slight rumble. The gears shift. You merge onto the A6. Then you try an electric or hybrid (for the sake of argument). You press the pedal: immediate surge. Fewer noises. Faster off the line. That difference is exactly what many people mention when they compare.

Imagine market day near Stockport Market Place. You’re in traffic, the lights are about to turn green, you want to pull away quick so you’re ahead of the queue into Heaton Lane. That quick response is noticeable and satisfying.

Things to keep in mind

Even though electric cars accelerate faster from a stop, that doesn’t mean they’re always better in every way (just like petrol cars aren’t useless). For instance:

If you’re thinking about used cars, you’ll want to consider how often you’ll use that acceleration. If lots of short starts in the city, the benefit will be felt. If you’re mainly doing motorway driving, top speed and range might matter more.

Also, traction matters. If you’re driving in wet conditions, even a powerful electric car can struggle if the tyres and road surface are slippery. Instant torque is brilliant-but only if the car can grip. So good tyres and stable road conditions help.

Another real-life note: because electric cars deliver sudden thrust, some drivers find them a little more “eager” than expected. If you’re used to gentle take-offs, you might have to adjust your reflexes. (We’ve seen this at our showrooms.) It’s fun, but you’ve got to be a bit aware.

Why this matters for you, if you’re shopping used (or thinking ahead)

Since at Dace Motor Company we specialise in used cars from lots of brands (Alfa Romeo, Audi, BMW, Ford, Hyundai, Jaguar, Kia, Land Rover, Lexus, Mazda, Mercedes-Benz, Mitsubishi, Nissan, Peugeot, Renault, Seat, Skoda, Suzuki, Toyota, Vauxhall, Volkswagen, Volvo and more) and offer finance options, it’s worth thinking about this “acceleration” factor for your next purchase.

If you’re looking at diesel or petrol vehicles and someone shows you an electric or hybrid, you’ll know why it “feels” quicker. That feeling can make a difference in everyday driving-pulling out of junctions, overtaking slower traffic, getting away smoothly when the lights change in Manchester city centre.

But also: if you buy used, check how the car performs, how smooth the acceleration is, how comfortable you are with it. If you’ve got younger drivers in the household (maybe someone living in Stockport heading into uni or commuting), you might prefer a car that has sensible acceleration rather than “rocket launch” mode.

Plus, when arranging finance, you can factor in how the car will serve you day-to-day. If you’re doing a lot of short stops or urban driving, the instant torque benefit is a real plus. If you’re mostly on the motorway, you might weigh other factors more heavily (fuel economy, comfort, service history).

Without making it too stuffy

So there you go - the reason electric cars tend to accelerate faster than petrol ones comes down to three big bits: instant torque (so the car pulls away immediately), simpler gear systems (so fewer delays), and less energy lost in the process (so more of the push works to move the car). Add to that the clever layout of electric cars (weight distribution, traction) and you end up with that “wow” feeling when you hit the pedal.

If you’re ever at our Dace Motor Group showroom-whether in Reddish, Stockport or Eccles, Manchester-ask to compare how a petrol-versus electric (or hybrid) feels off the line. You’ll feel the difference. And when you do, you’ll know exactly why it feels quicker.

And of course, whichever car you choose, we’ve got your back with quality assurance, HPI checks, in-house warranty, and flexible finance (including soft-search so your credit score isn’t affected at first) to make sure you drive away happy.

So next time you’re out and about in Manchester, maybe leaving the Trafford Centre, or navigating the Stockport edge around Heaton Mersey, you’ll know what’s happening under the hood (so to speak) when you press down and move.