If you’re thinking about going electric, you’ll want an EV that can go the distance. This article focuses on the range electric cars 2025 offer, highlighting how the latest models are pushing boundaries. With rapid advances in battery tech and charging infrastructure, the newest electric cars provide more range than ever before. You no longer have to worry about running out of charge on long drives across the UK.
Choosing the right EV isn’t just about style or speed, it’s about freedom. The newest models for 2025 and 2026 are setting new standards for range, giving you the confidence to take on any journey. In this guide, we cover the 9 longest range electric vehicles, showcasing the models that stand out for their impressive driving distances per charge. Whether you’re commuting daily or planning a weekend road trip, these top 9 long-range EVs are changing the way you travel. As the range game heats up, manufacturers are competing to deliver the longest range EVs and redefine what’s possible for electric mobility.
The 9 Longest Range EVs UK 2025
The longest range EVs in the UK for 2025 and 2026 combine large battery capacity, efficient electric drivetrains and advanced aerodynamics to maximise distance per charge. The ‘claimed range’ (WLTP) is used for comparison between models, but real-world results may vary depending on driving conditions, speed, and temperature. Manufacturers like Tesla, Mercedes-Benz, and BMW deliver EVs exceeding 550 miles (WLTP), including examples such as the Tesla Model S Long Range and Mercedes EQS.
Each EV in this top 9 list provides an electric car range well above 400 miles, with automakers like Hyundai and Lucid optimising both battery management systems and lightweight materials to further extend capability. Factors such as wheel size, weather, and driving style can influence the maximum electric car range achieved per charge. Adaptive regenerative braking, heat pumps and low-rolling-resistance tyres contribute to these extended ranges.
Charging speeds reach up to 350 kW in multiple models, allowing up to 200 miles of range in under 15 minutes at ultra-rapid charge points. A long driving range is essential for reducing range anxiety and supporting long trips. Connected services, like intelligent route planning and remote battery status monitoring, support long-distance planning and remove range anxiety from daily commutes or cross-country trips. Many of these vehicles are equipped with performance battery packs that enhance both range and charging speed.
You access a blend of luxury, practicality and technology. The EVs here prioritise not only endurance but also advanced infotainment systems, over-the-air updates, and premium interior materials paired with fast charging for efficient long-distance journeys throughout the UK and Europe. Efficiency is also measured by miles per kWh, a key metric for evaluating how far each EV can travel on a single unit of energy.
Key Factors That Influence EV Range
Several core factors determine how far you can travel on a single charge in the latest long-range electric vehicles (EVs). Each factor directly affects your driving experience, energy efficiency, and planning flexibility. It’s important to note that driving style and real world driving conditions can significantly affect the actual range achieved, often differing from official test figures.
Battery Technology Advancements
Battery innovation stands at the centre of EV range progress. Recent models, like the Mercedes-Benz EQS with a 481-mile range, use advanced cell chemistry and denser packs to store more energy in smaller spaces. Lithium-ion and emerging solid-state batteries increase total capacity while reducing charging times. Efficient thermal management maintains peak battery health, especially during rapid charging or long motorway use. The inclusion of a heat pump in many new electric vehicles further improves energy efficiency and helps maintain range in cold weather by reducing the energy needed for cabin heating. Vehicle examples, such as the Audi A6 e-tron or Peugeot E-3008, highlight how next-generation battery platforms enable higher WLTP figures without significantly increasing weight.
Charging Infrastructure In The UK
Charging station availability directly impacts practical long-range travel. The UK operates thousands of public charging points, with rapid (50-150 kW) and ultra-rapid (150-350 kW) chargers concentrated on main transport routes. As of 2025, ongoing network expansion means you can journey across regions with minimal charging delays. Major operators, including Gridserve and bp pulse, provide map-based apps to locate compatible sites and plan convenient stops. This robust infrastructure, when combined with vehicles like the Volkswagen ID.7 or Tesla Model 3, empowers you to maximise real-world range by accessing high-speed chargers and reducing total downtime.
Benefits of Long Range Electric Cars
Long range electric cars are transforming the way drivers approach travel, offering a host of advantages that go far beyond simply covering more miles. One of the most significant benefits is the dramatic reduction in range anxiety, the worry that your electric car might run out of charge before reaching your destination. With an impressive range, these vehicles give you the confidence to embark on long distances, whether it’s a cross-country road trip or a lengthy daily commute, without constantly searching for the next charging point.
The flexibility provided by long range electric cars means you can plan journeys with fewer stops, making them ideal for those who regularly cover long distances or enjoy spontaneous adventures. This convenience is further enhanced by advanced features like regenerative braking and heat pumps, which help maximise efficiency and extend your driving range even further.
Lower running costs are another key advantage. Electric cars are generally cheaper to run than their petrol or diesel counterparts, and with fewer charging stops required, you’ll save both time and money. The ability to cover long distances on a single charge also means less wear and tear on the battery, contributing to the longevity of your vehicle.
For those who value convenience, practicality, and the freedom to travel without compromise, long range electric cars offer a compelling solution. Their impressive range and advanced technology make them a smart choice for anyone looking to embrace the future of driving while enjoying a hassle-free experience.
Longest Range EVs UK 2025-2026
Explore the standout electric vehicles set to reshape the UK market in 2025 and 2026. Each model reviewed is a new electric car for 2025 or 2026, featuring the latest technology and range improvements. Each model combines advanced technology with impressive range, supporting seamless long-distance journeys.
1. Mercedes-Benz EQS
Claimed Range: Up to 481 miles (WLTP)
Battery: 118 kWh (usable)
The EQS Saloon extends its range up to 481 miles (WLTP), positioning it as a leading contender in the luxury EV segment for range. It is equipped with a 118 kWh usable battery capacity (for the 450+ model) and benefits from advanced cell chemistry and an optimised drag coefficient for increased efficiency. The EQS interior offers premium materials, a supremely smooth ride thanks to its air suspension, the expansive MBUX Hyperscreen display, and advanced driver-assistance systems.
2. Polestar 3
Claimed Range: Up to 403 miles (WLTP)
Battery: 111 kWh (gross) / 107 kWh (usable)
The Polestar 3 electric SUV offers an impressive range, with the Long Range Single-Motor variant achieving up to 403 miles (WLTP). It leverages Polestar’s distinctive clean design and sustainability focus, powered by a 111 kWh (gross) battery and streamlined bodywork, making it ideal for those prioritising maximum distance between charges. Features include twin-motor all-wheel drive options, vegan interior materials, and Google-integrated infotainment, appealing to tech-oriented families.
3. Porsche Taycan Turbo S
Claimed Range: 356 – 393 miles (WLTP)
Battery: 105 kWh (gross)
This electric sports saloon can cover up to 393 miles (WLTP) in its latest iteration. Its 105 kWh (gross) Performance Battery Plus supports a colossal 952 PS (939 bhp) on overboost and ultra-fast 800V charging. Porsche’s renowned performance handling and a driver-focused cockpit combine dynamic capability with luxury, complemented by increased regenerative braking capacity.
4. BMW i7
Claimed Range: Up to 387 miles (WLTP)
Battery: Approximately 101.7 kWh (usable)
You can expect up to 387 miles (WLTP) from the BMW i7 xDrive60, BMW’s flagship electric saloon. It is equipped with a 101.7 kWh usable battery. The i7 delivers rear-wheel steering, air suspension, and a high-quality interior featuring premium materials and exceptional comfort. The opulent cabin includes the BMW Curved Display and optional Executive Lounge seating, providing outstanding comfort and generous space for rear seat passengers, with strong noise insulation and advanced driver-assist systems.
5. Ford Explorer Electric
Claimed Range: Up to 374 miles (WLTP)
Battery: Up to 77 kWh (usable)
Ford’s all-electric SUV offers an estimated up to 374 miles (WLTP) for its Extended Range RWD version, which utilises a 77 kWh usable battery. The Explorer Electric is available with different battery and motor choices, with the single-motor version providing enhanced efficiency and range compared to dual-motor variants. It introduces robust towing capabilities, flexible cargo solutions, and SYNC infotainment for practicality on longer journeys, alongside advanced driver-assist features for relaxed motorway travel.
6. Tesla Model S Plaid
Claimed Range: Approximately 373 miles (WLTP)
Battery: Tesla proprietary (around 97 kWh usable, not officially stated)
You get approximately 373 miles (WLTP) per charge in the Tesla Model S Plaid, combining long-range capability with rapid acceleration. Tesla’s advanced battery technology and the extensive Supercharger network ensure convenient, efficient travel across the UK. The Model S Plaid features tri-motor all-wheel drive, adaptive air suspension, and a tech-forward cabin with a central 17-inch display and advanced Autopilot capability.
7. Hyundai IONIQ 7 (Expected)
Claimed Range: Expected 350–370 miles (WLTP)
Battery: Approximately 99.8 kWh (usable)
When the IONIQ 7 (or IONIQ 9) debuts, it is expected to offer a WLTP range of around 350–370 miles. This large SUV from Hyundai is anticipated to feature V2L (vehicle-to-load) functionality, advanced safety technology, and seven seats. The IONIQ 7 is set to offer generous interior space, providing exceptional comfort for both passengers and cargo. A 99.8 kWh usable battery is expected to maximise efficiency, with ultra-rapid charging supporting family road trips with minimal downtime.
8. Kia EV9
Claimed Range: Up to 349 miles (WLTP)
Battery: 99.8 kWh (usable)
You benefit from up to 349 miles (WLTP) in Kia’s spacious electric SUV, thanks to a 99.8 kWh usable battery. This substantial range makes the EV9 particularly suitable for long family road trips, offering endurance that rivals or surpasses many competitors. The EV9 targets family users with up to seven seats, advanced connectivity, and sustainable materials, while features like Highway Drive Assist and dual curved displays enhance safety and convenience.
9. Audi Q8 e-tron
Claimed Range: Up to 343 miles (WLTP)
Battery: 106 kWh (usable)
Enjoy up to 343 miles (WLTP) range in Audi’s flagship luxury SUV (Sportback variant), powered by a 106 kWh usable battery. Standard features include quattro all-wheel drive, adaptive air suspension, and a digital virtual cockpit. Spacious interiors and premium finishes enhance daily usability and long-distance comfort, making it a compelling choice for a premium electric SUV.
Electric Car Prices and Availability in the UK
The UK electric car market offers a wide range of options to suit different budgets and preferences. Entry-level models like the Peugeot e-3008 and Volkswagen ID.7 start at around £30,000 to £40,000, making electric vehicles more accessible than ever. The popular Tesla Model 3, known for its blend of performance and range, is available from approximately £40,000, while premium models such as the Mercedes-Benz EQS can exceed £100,000, reflecting their luxury features and maximum range capabilities.
Availability is strong for most mainstream electric cars, with models like the Volkswagen ID.7, Peugeot e-3008, and Tesla Model 3 widely on sale in the UK. The Volkswagen ID.7, for example, offers a compelling mix of range and practicality, while the Peugeot e-3008 is praised for its efficiency and value. High-end options like the Mercedes-Benz EQS are also available, catering to those seeking the ultimate in electric luxury and range.
Some electric vehicles, such as the Lucid Air, are not yet available in the UK but are expected to launch soon, expanding the choices for buyers seeking the latest technology and impressive range. Additionally, government incentives like the Plug-in Car Grant can help reduce the upfront cost of purchasing an electric car, making the switch to electric even more attractive.
With a growing line-up of electric cars on sale and more models arriving each year, UK drivers have more choice than ever when it comes to finding the right electric vehicle to suit their needs and budget.
Buying a Long Range Electric Car in the UK: What to Know
Purchasing a long range electric car in the UK is an exciting step, but it’s important to make an informed decision. Start by researching the different electric car models available, paying close attention to their official range, charging times, and the features that matter most to you. Consider how often you drive long distances and whether you’ll need a vehicle that can comfortably cover those journeys without frequent charging stops.
Factor in the total cost of ownership, not just the purchase price. Long range electric cars often have lower running costs compared to traditional vehicles, but it’s wise to look at charging expenses, maintenance, and any available government incentives or grants that can help offset the initial investment.
Think about your lifestyle and charging options. If you have access to home charging, you’ll enjoy maximum convenience, but public charging networks are expanding rapidly for those who need to top up on the go. Test driving several models is highly recommended, as it gives you a feel for the car’s performance, comfort, and technology.
Don’t forget to review warranty coverage and maintenance requirements, as these can vary between manufacturers. Understanding these details will help you avoid unexpected costs and ensure your electric car remains in top condition for years to come. By considering all these factors, you’ll be well-equipped to choose a long range electric car that fits your needs and supports your long distance driving ambitions.
Running a Long Range Electric Car: Costs and Practicalities
Operating a long range electric car in the UK is both practical and cost-effective, but it’s important to understand the day-to-day realities. Charging costs are typically much lower than refuelling a petrol or diesel car, with a full charge often costing between £5 and £10, depending on your electricity tariff and whether you charge at home or use public rapid chargers.
Maintenance expenses are generally reduced, as electric cars have fewer moving parts and don’t require oil changes or exhaust repairs. This can lead to significant savings over the life of the vehicle. However, it’s wise to budget for routine checks and occasional battery health assessments to keep your electric car running smoothly.
Access to charging is a key consideration. Installing a home charging point offers the greatest convenience, allowing you to start each day with a full battery. For those without off-street parking, the UK’s expanding public charging network, including rapid and ultra-rapid chargers, makes it easier to keep your long range electric car topped up, even on longer journeys.
Cold weather can impact battery range and charging times, so it’s important to plan ahead during winter months. Pre-conditioning your car while it’s plugged in and using features like heat pumps can help maintain efficiency and comfort.
Overall, running a long range electric car is straightforward and economical for most drivers. With a little planning and awareness of practicalities, you can enjoy the benefits of electric motoring, covering long distances with confidence and keeping running costs in check.
How To Choose The Best Long Range EV For Your Needs
Consider your driving habits when selecting a long-range EV. Daily commutes under 30 miles, like city school runs or shopping trips, differ from regular long-distance travel such as cross-country business trips.
Evaluate your budget for an EV. Purchase prices for models like the Polestar 2 or Peugeot E-5008 start from under £50,000, making them attractive as an entry level car in the EV lineup. Choosing an entry level car offers a more affordable way to access electric vehicles, but may come with limitations such as lower power, smaller battery capacity, and fewer features compared to higher-spec models. Flagship models like the Mercedes-Benz EQS or Porsche Taycan exceed £100,000. Include estimated running costs like home or public charging.
Check charging infrastructure along your common routes. The UK has over 50,000 public charging points as of March 2024 (Zap-Map), with ultra-rapid hubs supporting long-range models, examples are Gridserve and Ionity locations.
Compare battery size and efficiency across vehicles. Larger batteries, such as the 108 kWh pack in the Mercedes-Benz EQS, offer longer ranges, but smaller, efficient batteries in models like the Volkswagen ID.7 or Peugeot E-3008 can provide over 430 miles (WLTP) due to optimised drivetrain design. When comparing two cars with similar official specifications, such as the Volkswagen ID.7 and Peugeot E-3008, real-world performance can differ based on factors like battery management and efficiency, so it’s important to look beyond just the numbers.
Choose your vehicle type based on your needs. SUV models like the Polestar 3 and Peugeot E-5008 provide extra rear-seat space, while saloons like the Audi A6 e-tron and Mercedes EQE deliver aerodynamic efficiency. Hatchbacks such as the Polestar 2 offer versatility for mixed urban and motorway use. Also, consider the importance of selecting the right electric motor configuration, as it directly impacts performance, range, and charging speed.
Prioritise rapid charging capability for efficient travel. Models like the Porsche Taycan, Mercedes-Benz EQE, or Tesla Model 3 Long Range accept 200–350 kW DC charging speeds, providing 180–300 miles of range added in about 20 minutes. This reduces trip downtime on extended journeys.
Match each feature with your usage pattern to get the right balance between range, performance, practicality, and cost. Table 1 lists key metrics for the top 9 long-range EVs available in the UK (2025–2026). Among these, the Volkswagen ID.7 stands out as the best electric car for range and value, offering impressive efficiency and features at a competitive price.
Model | Maximum Range (miles, WLTP) | Vehicle Type | Estimated Base Price (£) | Max DC Charge Rate (kW) |
|---|---|---|---|---|
Mercedes-Benz EQS | 481 | Luxury Saloon | £98,958 | 200 |
Polestar 3 | 403 | SUV | £69,910 | 250 |
Porsche Taycan Turbo S | 393 | Sports Saloon | £162,200 | 322 |
BMW i7 | 387 | Luxury Saloon | £100,205 | 200 |
Ford Explorer Electric | 374 | SUV | £45,875 | 135 |
Tesla Model S Plaid | 373 | Luxury Saloon | £109,979 | 250 |
Hyundai IONIQ 7 (Expected) | 350–370 | Large SUV | £65,000 (estimated) | 250 (estimated) |
Kia EV9 | 349 | Large SUV | £64,995 | 210 |
Audi Q8 e-tron | 343 | Luxury SUV | £70,755 | 170 |
Future Trends In Long Range EVs
Range improvements in UK electric vehicles accelerate rapidly due to larger battery packs. The latest EVs on sale today already offer impressive range and efficiency, but the next generation of models arriving in 2025 and 2026, such as the Mercedes-Benz CLA 250+, integrate denser cells that push ranges to 700 km (435 miles). Efficiency enhancements include highly aerodynamic bodywork, reduced drag coefficients, and refined powertrain software. Audi and BMW exemplify this with streamlined platforms, optimised thermal management, and adaptive energy recuperation.
Advancements in EV range and charging technology are making diesel cars less relevant for long-distance travel, as electric vehicles are now capable of covering greater distances without frequent recharging.
Charging speeds increase as more EVs support rapid charging above 200 kW. For example, Mercedes-Benz and Kia target 350 kW to enable 80% charges in under 30 minutes. Manufacturers add route planning features that display real-time charger availability, seen in vehicles like the Mercedes-Benz EQS Saloon and BMW iX.
Upcoming models often prioritise efficiency measures like heat pumps, multi-stage regenerative braking, and lightweight materials. Examples include the Audi A6 Sportback e-Tron and BMW iX xDrive50, where these innovations help maintain ranges above 380 miles.
Development shifts toward scalable platforms, enabling various vehicle types, from compact SUVs to executive saloons, to offer long-range capability. This trend helps more consumers achieve journeys exceeding 400 miles per charge, constrained only by regional charging networks.
Manufacturers focus on connecting in-car software to external infrastructure, integrating payment, navigation, and diagnostics. Models introduced for 2025, such as Kia EV3 and Mercedes-Benz EQS 450+, include updates via over-the-air connectivity that enhance both efficiency and convenience.
Model Name | Key Trend |
|---|---|
Mercedes-Benz CLA 250+ | Dense battery, efficiency |
Mercedes-Benz EQS 450+ | Rapid charging, OTA updates |
Mercedes-Benz EQS Saloon | Real-time routing, efficiency |
Audi A6 Sportback e-Tron | Regeneration, lightweight |
BMW iX xDrive50 | Fast charge, software tools |
Kia EV3 Long Range | Scalable platform, updates |
Tesla Model Y (2024 models) | Efficient drivetrain |
Choosing a long-range EV in 2025 or 2026 means you can travel further with greater confidence than ever before. The latest models offer a blend of efficiency, comfort, and rapid charging, so you’ll spend less time waiting and more time on the road.
With technology moving fast and charging networks expanding across the UK, you’re well-placed to find an EV that fits your needs. Whether you’re commuting or planning long trips, the future of electric driving promises freedom and convenience at every turn.
Useful Resources:
- Mercedes-Benz EQS: https://www.mercedes-benz.co.uk/passengercars/models/saloon/eqs/overview.html
- Audi A6 e-tron: https://www.audiusa.com/en/models/electric-models/
- Polestar 3: https://www.polestar.com/uk/polestar-3/
- Volkswagen ID.7: https://www.volkswagen.co.uk/en/electric-and-hybrid/electric-cars/id7/fleet.html
- Tesla Model 3 Long Range: https://www.tesla.com/model3
- Peugeot E-3008: https://www.peugeot.co.uk/content/peugeot/worldwide/uk/en/index/models/new-peugeot-E-3008.html
- Mercedes-Benz EQE: https://www.mercedes-benz.co.uk/passengercars/models/saloon/eqe/overview.html
- Porsche Taycan: https://www.porsche.com/uk/models/taycan/taycan-models/taycan/
- Peugeot E-5008: https://www.peugeot.co.uk/models/5008-suv.html
- Polestar 2: https://www.polestar.com/uk/polestar-2/
Frequently Asked Questions
What factors contribute to the longer range of modern electric vehicles?
Modern electric vehicles (EVs) achieve longer ranges mainly thanks to improved battery technology, efficient electric drivetrains, and aerodynamic designs. Advances in battery chemistry allow for more energy storage, while optimised battery management and lightweight materials further boost efficiency and distance per charge.
Which EVs offer the longest range in the UK for 2025 and 2026?
Leading models include the Mercedes-Benz EQS (up to 511 miles WLTP), Tesla Model S Long Range, Lucid Air Grand Touring, and BMW i7, each offering real-world ranges in excess of 400 miles. These upcoming EVs combine large batteries, advanced tech, and high efficiency for extended journeys.
How fast can the latest EVs be recharged?
Many modern EVs support rapid charging rates of 200–350 kW DC, allowing them to charge from 10% to 80% in under 30 minutes. This makes them practical for long-distance travel, enabling significant range boosts during short charging stops.
How does charging infrastructure in the UK affect long-range EV use?
The UK’s expanding charging infrastructure, with thousands of public charge points and apps for locating them, makes long-range EV travel convenient. Improved access to rapid chargers helps minimise downtime and supports seamless journeys nationwide.
What should I consider when choosing a long-range EV?
Consider your daily driving habits, travel distances, local charging infrastructure, and budget. Look for EVs with high battery efficiency, rapid charging capability, and suitable price points to match your needs, balancing performance with real-world practicality.
Are long-range EVs suitable for both city driving and long trips?
Yes, long-range EVs are ideal for daily city commutes as well as extended road trips. Their efficient powertrains and large batteries provide flexibility, while rapid charging supports quick top-ups on the go.
Which features help improve real-world EV range?
Adaptive regenerative braking, energy-saving heat pumps, low-rolling-resistance tyres, and advanced battery management systems all contribute to maximising an EV’s real-world range, especially during varied weather and driving conditions.
Do all long-range EVs cost significantly more?
While some premium long-range EVs are at the higher end, more affordable models are emerging as technology advances. Prices vary depending on brand, battery size, and features, so it’s possible to find options across different budgets.
How are manufacturers improving EV efficiency and range?
Brands like Tesla, Mercedes-Benz, BMW, and Audi are investing in denser battery packs, better aerodynamics, lightweight construction, and smart energy management software, all of which combine to improve efficiency and boost driving range.
Will EV ranges continue to increase in the future?
Yes, EV ranges are set to improve further with ongoing advancements in battery technology, cell density, and vehicle efficiency. New models coming in 2025 and 2026 already promise significant range gains and even faster charging capabilities.
