Electric vehicle range - everything you need to know

The good news is that you don't need to drive an EV until the battery is empty to understand whether its range will work for you. What matters is how far you normally drive, how often you make longer journeys and how easily you can charge.

Modern electric cars are available with a wide range of battery sizes and driving ranges, so there's no single figure that's right for everyone.

The key is to find an EV that fits your driving habits, rather than simply choosing the car with the biggest battery.

How far can an electric car travel on one charge?

The answer varies considerably between models. attery size, vehicle design and how efficiently the car uses its energy all affect how far it can travel. A larger battery can generally store more energy, but it can also add weight, so battery capacity isn't the only thing that matters.

You'll see an official WLTP range for every new EV. This gives you a standardised figure for comparing vehicles, but your actual range will vary depending on how and where you drive.

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Miles per full charge (WLTP)

Model	Range (WLTP)
Tesla Model 3 Long Range	436 miles
Kia Niro EV	288 miles
Ford Puma Gen-E	234 miles

For a detailed explanation of WLTP and how DriveElectric's real-world range figures work, see our guide to understanding electric vehicle range figures.

How much EV range do you actually need?

This is a better question than asking which EV has the longest range.

Think about your normal week. How far do you drive to work, school or the shops? How often do you make longer journeys? Do you have access to charging at home or at work?

For many drivers, an EV with a moderate range will comfortably cover several days of normal driving before it needs to be charged.

You don't necessarily need enough range to cover your longest possible journey without stopping. If you regularly make longer trips, you can plan a charging stop as part of the journey.

It's also worth remembering that most journeys aren't long-distance trips. The latest National Travel Survey found that people in England travelled an average of 5,605 miles in 2025, or around 108 miles a week.

The right range therefore depends much more on your own routine than an arbitrary mileage target.

What affects electric car range?

Your electric car's (or van's) range isn't fixed. The number of miles you can get from a charge will change depending on the conditions.

The most noticeable factors include:

• Temperature – cold weather can reduce efficiency and increase energy use for heating.

• Speed – higher speeds generally require more energy, particularly on motorways.

• Driving style – smooth acceleration and anticipating traffic can help reduce energy use.

• Heating and air conditioning – climate control uses electricity from the battery.

• Road conditions and terrain – hills, strong winds and wet roads can all affect efficiency.

• Passengers and luggage – carrying more weight means the car needs more energy to move.

You don't need to constantly monitor all of these factors. The important thing is to understand that the range shown on the dashboard is an estimate, and it can change as driving conditions change.

Winter range

Cold weather can have a noticeable effect on an EV's range. The battery is less efficient in colder conditions and you'll probably use more energy to heat the cabin. That's normal and doesn't mean there's anything wrong with the car. Pre-heating the cabin while the car is plugged in can help reduce the amount of energy needed from the battery once you set off. For more practical advice, see our guide to winter driving in an electric vehicle.

 

How long do electric car batteries last?

An EV battery is designed to last for many years and thousands of miles. Like any rechargeable battery, though, it will gradually lose some of its original capacity over time. That doesn't mean an older EV suddenly becomes unusable. Battery degradation tends to happen gradually, and the rate varies between vehicles and how they're used.

Recent Geotab research into used EV battery health, based on data from more than 22,700 EVs, found an average annual battery degradation rate of 2.3% in its latest analysis. Geotab also found that degradation was influenced by factors including battery use and charging behaviour. Battery age is therefore only one part of the picture when you're considering an electric vehicle.

 

How can I protect my EV battery?

Modern EVs have sophisticated battery management systems designed to monitor and protect the battery. Though there are still some sensible habits drivers can adopt that can help too.

Avoid leaving the battery at 100% or 0% for long periods

For everyday driving, many manufacturers recommend setting a maximum charge level below 100%, particularly if you don't need the extra range. Around 80% is a common recommendation, although you should always follow the guidance for your specific vehicle. It's perfectly reasonable to charge to 100% when you need the additional range for a longer journey.

Similarly, avoid leaving the car parked for extended periods with a very low state of charge. If you're leaving the car unused for several days or weeks, check the manufacturer's advice on the recommended state of charge.

Don't overthink charging

There's no need to worry about charging your EV every time it reaches a particular percentage. Your charging routine should fit around how you use the car. If you need to charge to 100% for a long journey, do so. If you only need enough energy for another day's driving, there's no benefit in carrying a full battery unnecessarily. 

For more information about charging at home, at work and on the public network, see our guide to charging an electric vehicle.

 

How often should I charge my electric car?

There isn't a set answer. How often you charge will depend on your car's range, how far you drive and where you can charge.

• If you have home charging, you can often plug in when it's convenient and start each day with enough charge for your planned driving. You don't have to wait until the battery is nearly empty.
• For drivers without home charging, public charging can form a bigger part of the routine. In that case, it's worth considering the availability and cost of chargers near home, work and the places you regularly visit before choosing an EV.

Our electric vehicle charging guide explains the different charging options and what to consider when charging your car.

 

What is range anxiety?

Range anxiety is the concern that an EV won't have enough charge to reach its destination.

It's understandable, particularly if you're new to electric driving. You're learning to think about energy in a different way from filling a petrol or diesel car with fuel.

In practice, most drivers quickly learn how much range they need and where they can charge. The easiest way to reduce uncertainty is to choose a vehicle that suits your regular driving and understand where you'll charge it.

It's also worth remembering that you don't normally plan a petrol or diesel journey around driving until the fuel tank is completely empty. The same principle applies to an EV.

If you're considering an EV, think about your typical journeys rather than the longest journey you might make once or twice a year.

You can then use DriveElectric's real-world range information to help compare vehicles and find one that fits your needs.

 

How can I get the most range from my EV?

You don't need to drive unusually slowly or change everything about the way you drive. A few simple habits can help.

Keep your speed steady

Higher speeds generally use more energy, particularly on motorways.

Keeping your speed steady and avoiding unnecessary acceleration can improve efficiency. It's also worth remembering that driving more efficiently doesn't mean driving below a safe or appropriate speed.

Accelerate smoothly

Hard acceleration uses more energy. Smooth, progressive acceleration is generally more efficient and makes it easier to maintain a steady speed.

Make good use of regenerative braking

Most EVs use regenerative braking to recover some energy when the car slows down.

Lift off the accelerator earlier when approaching traffic lights, junctions or slower traffic where appropriate. This allows the car to slow smoothly and can recover some energy that would otherwise be lost through the brakes.

The exact way regeneration works varies between EVs, so it's worth getting familiar with your car's settings and how it behaves.

Look ahead

Anticipating traffic and road conditions gives you more time to adjust your speed smoothly.

Leaving a sensible gap from the vehicle in front can reduce unnecessary acceleration and braking, which can help efficiency as well as making your driving smoother.

Use pre-conditioning when it's useful

If your EV supports pre-conditioning, you can heat or cool the cabin while the car is connected to a charger.

This can reduce the amount of battery energy needed to bring the cabin to a comfortable temperature once you're on the road.

 

What about longer journeys?

Longer journeys are perfectly possible in an EV. They just require a little more planning than a typical short trip.

Before setting off, check your expected range and identify suitable charging stops. You don't necessarily need to plan every minute of the journey, but knowing where you'll charge gives you options if conditions change or your energy consumption is higher than expected.

Our EV road trip checklist for the UK and Europe covers the practical considerations for longer trips.

It's also worth checking charger availability before you travel and having an alternative option in mind, particularly on busy routes or at peak travel times.

Choosing an EV based on range

Range should be one consideration when choosing an electric car, rather than the only one.

Think about:

• Your typical weekly mileage

• Your longest regular journey

• Whether you can charge at home

• Whether you can charge at work

• The availability of public chargers where you live and travel

• How often you make longer journeys

• How much time you're comfortable spending charging

Once you understand your own requirements, you can compare EVs with enough range to suit them. You can browse our electric vehicle lease offers and use the range information on our vehicle pages to compare your options.

 

What else should I consider when choosing an EV?

Range is important, but there are other practical considerations too. Think about charging speed, boot space, passenger space, running costs, insurance and the type of journeys you make.

It's also worth looking at the car as a whole rather than choosing purely on battery size. A larger battery can provide more range, but it can also add weight and cost. The most suitable EV is the one that fits your needs without paying for capability you rarely use.

For the wider practical side of EV ownership, our guide to regular electric vehicle maintenance and safety checks covers the checks worth keeping on top of throughout the year.