Top 10 electric cars with the longest range in 2023
Find your perfect long-range EV for stress-free commuting, errands and road trips in 2023
Say goodbye to range anxiety! With some EVs now capable of travelling over 400 miles on a single charge, you can take longer road trips with ease. Discover the best long-range EVs of 2023 and start your journey to a low-carbon future. Keep in mind that actual range may vary in real-world conditions, plus rapid changes in technology mean the latest longest range is constantly updating. Also many cars have a variety of similar models with slightly varying specs. To keep things interesting and more varied, we will only cover one model from each range. Therefore, although this list will give you a good idea of what's available, it’s not exhaustive and may have changed since the time of writing. Don't hesitate, embrace the advancements in range technology and check out what the world of electric can offer.
Lucid Air Dream Edition R
Not yet available in UK

Range: 426 mi (685 kms)
The Lucid Air Dream Edition R is expected to be available for delivery to customers in early 2023. It is a premium electric vehicle that boasts an astonishing range of 426 miles on a single charge. This car combines sleek design with advanced technology, delivering a driving experience like no other. With its spacious cabin, cutting-edge entertainment system, and powerful performance, the Lucid Air Dream Edition R (or any of the other models in the range, Grand Touring and Edition P) is a must-consider for anyone in the market for a luxury EV.
Mercedes EQS 450+

Range: 398 mi (640 kms)
Range anxiety? What range anxiety? The Mercedes EQS 450+ has been available since October 2021 and still occupies one of the top spots when it comes to EVs with the longest range. With a range of up to 398 miles, this model is pathing the way in both long distance and premium EV travel. The sporty Porsche Taycan and the Audi e-tron GT have of course predated this model, but never before has an EV combined such speed, silence and ultra-aerodynamic luxury.
Tesla Model S Dual Motor

Range: 354 mi (570 kms)
The Tesla Model S Dual Motor is a high-performance electric vehicle, a testament to Tesla's engineering prowess. With an impressive range of up to 354 miles on a single charge, you’ll spend less time plugged in and more time on the road. This car combines cutting-edge technology, delivering lightning-fast acceleration, advanced autopilot capabilities, and a spacious, luxurious cabin. With its impressive range, performance, and features, this car sets a new standard in the electric vehicle market.
Lotus Eletre

Range: 328 mi (525 kms)
The Lotus Eletre is a sleek and stylish all-electric hypercar that promises thrilling performance and speed. Equipped with a powerful electric motor, it can go from 0 to 60 mph in less than three seconds, making it one of the fastest cars on the road. Despite its high performance, the Eletre can also travel up to 328 miles on a single charge, making it a practical choice for everyday use as well. With its cutting-edge technology and stunning design, the Lotus Eletre represents the future of high-performance electric vehicles.
Audi Q8 e-tron Sportback 55 quattro

Range: 326 mi (525 kms)
Even though it’s powerful in performance, the e-tron Sportback 55 quattro has an impressive range of 326 miles on a single charge. With its advanced technology, spacious cabin, and impressive performance, it is the perfect choice for families and city dwellers who want to make the switch to electric driving. As well as producing zero emissions while driving, thee-tron Sportback 55 quattro delivers all the hallmarks you’d expect of an Audi - and much more. A must consideration for the new electric generation.
Fisker Ocean Ultra

Range: 314 mi (505 kms)
Coming in at £48,900, the Fisker Ocean Ultra is one of the cheaper, super high performing electric cars available right now (although we know that’s still a lot). With a large 100 kWh battery, it can travel up to 314 miles on a single charge, making it a practical choice for long-distance travel. Equipped with advanced technology and luxurious features such as a vegan interior and a panoramic sunroof, the Ocean Ultra delivers a refined driving experience. Its electric motor can go from 0 to 60 mph in just under 4.2 seconds, making it a fun, exhilarating but greener choice to drive.
Hyundai IONIQ 6 Long Range 2WD

Range: 295 mi (475 kms)
The Hyundai IONIQ 6 Long Range 2W, in the more affordable category, is a stylish electric SUV that boasts a range of almost 300 miles on a single charge. The car features an updated design and the very latest smart tech. It’s sleeker and more sophisticated, making it perfect for anyone who wants to look for an easy and accessible electric drive. Whether you're commuting to work or embarking on a road trip, the Hyundai Kona Electric delivers a smooth, comfortable ride with plenty of power. Plus the release later this year of the Hyundai Kona Electric 48 kWh, priced at £35,000 and range of 300 kms, is an exciting step for widespread adoption of long range EVs.
Porsche Taycan Plus

Range: 295 mi (475 kms)
The Porsche Taycan Plus is a high-performance electric sports car that offers a range of 295 miles on a single charge. With its advanced technology, sleek design, and impressive performance, the Taycan is a must-consider for anyone in the market for a sports car. Are you hoping to commute in style or push the limits on the racetrack? The Taycan Turbo S promises an electrifying ride with unparalleled power and speed.
Kia EV6 Long Range 2WD

Range: 255 mi (410 kms)
The model with the longest range in the Kia family is a versatile and practical Kia EV6 Long Range 2WD. Designed for those looking to reduce their carbon footprint, it claims to be the most sustainable way to have a good time on the road. With a long-range capability of 255 miles, it offers peace of mind for long distance travel without the need for frequent recharging. Plus the compact Kia Niro EV too is not far behind with a range of 236 miles and costing just £36,795 makes it a great option for a smooth, comfortable but affordable driving experience.
Nissan Leaf e+

Range: 211 mi (340 kms)
The Nissan Leaf e+ is a more economical electric car that eliminates range anxiety with its impressive driving range of 211 miles on a single charge. This compact and energy-efficient vehicle offers a smooth and quiet ride for all your daily needs. The Nissan Leaf e+ provides peace of mind for longer trips, allowing you to embark on road adventures without the fear of running out of power. Whether you're running errands or exploring new destinations, this electric car is a reliable and efficient choice for your next drive.
What is the longest range electric car?
The Lucid Air Dream Edition is a high-performance electric vehicle that is expected to have an impressive driving range of over 400 miles on a single charge. However, it is not yet available for purchase in the UK, so its actual range has not been confirmed. The longest range electric car currently available on the market is the Mercedes EQS 450+, with a range of over 398 miles between charges. Other notable examples are Tesla Model S Plaid, Porsche Taycan Turbo S, Audi Q8 Sportback Sport 55 e-tron quattro and Lotus Eletre.
Although the average person drives only 40 miles (50 kms) on average per day, people value a long driving range. The shortest-range electric vehicle is therefore not always the desired option. You want to have a relaxed drive without having to constantly focus on the battery or worry about where the nearest charging point is.
Even if a Mercedes or Tesla is out of your budget, there is no need to worry: there are plenty of other EVs that have a significant driving range for a lower price.
What is the cheapest electric car with the longest range?
One of the most affordable electric cars with the longest range is the Nissan Leaf. The base model, Leaf S, has a starting price of around £28,995 in the UK and has a range of approximately 146 miles (235 km) on a single charge. However, prices and range figures for electric vehicles can change frequently, so we always recommend checking with a dealership or consulting the latest information from the manufacturer to confirm the current availability and specifications.
Just like petrol and diesel cars have factors that affect their driving range, the same goes for electric vehicles. All electric driving ranges are calculated in a laboratory environment. In our experience the actual range is lower and depends on various driving conditions such as weather, road conditions and temperature. In times of very hot or cold weather, the battery capacity is influenced by the extra energy used for the heater or air conditioning. Driving with your windows open, having under-inflated tires and carrying heavy loads also influence the driving range.
In conclusion, the market for electric vehicles is constantly evolving, with new models being introduced and battery technology improving. The above list of top 10 longest range electric cars provides a good starting point for those who are looking for an EV with a longer range. Whether you're looking for a high-performance luxury car or an affordable everyday vehicle, there is an electric car with a range that will suit your needs.
Source: Electric Vehicle Database
Frequently asked questions about EV range
The range of an electric car is typically measured in miles and is based on factors such as the size of the battery, energy consumption, driving conditions, and weather. The range is calculated using a standardised test procedure known as the New European Driving Cycle (NEDC) or the more recent Worldwide Harmonized Light Vehicles Test Procedure (WLTP). The actual range in real-world conditions can vary significantly from the tested range, depending on driving style, road conditions, and climate.
The stated range on a full charge of an electric car is the maximum distance the car is capable of travelling on a single charge, as determined by the manufacturer. This range is usually determined through laboratory testing and can be different in the real world. Range can be influenced by various factors such as driving speed, climate conditions, and other energy-consuming features.
Yes, electric car range is constantly improving. Advancements in battery technology, improved energy efficiency, and better aerodynamics are leading to longer range electric cars. Additionally, charging infrastructure is also improving, making it easier to recharge your electric car while on the road.
The real-world range of an electric car can be lower than the stated range due to various factors such as driving speed, climate conditions, road inclines, use of energy-consuming features, and driving style.
The range of an electric car can be affected by cold weather, as the battery's performance can be reduced in cold temperatures. The exact range loss will vary depending on the model and make of the electric car, but it's estimated that an electric car's range can be reduced by up to 40% in cold weather. This is because the battery uses more energy to heat the cabin and maintain the battery's performance. To mitigate this, electric car manufacturers are developing technology to keep the battery warm in cold weather, which can help to maintain the range.
The time required to fully charge an electric car's battery will vary depending on the car, the charge point, and the power source. Some EVs can be charged in just a couple of hours, while others may take up to 8 hours. The type of charging infrastructure available can also influence the charging time. For example if you charge at home this won't be as fast as using an Ultra-rapid 175 kW charge point at a Shell forecourts. These are one of the fastest charging options but come at a price and may not be available at all locations.
The range of an electric car can be significantly different from that of a petrol fuelled vehicle, as electric cars typically have a shorter range than their petrol counterparts. However, the cost-per-mile of electric driving can be significantly lower, as electricity has historically been cheaper than petrol. But of course, this is dependent on current petrol and electricity prices.