Electric Car Range In 2026: How Far Can EVs Travel?
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Electric car range in 2026 runs from about 250 to 350 miles on an official WLTP test for most new models, and over 450 miles for the longest-range cars. Real-world range is typically lower, particularly in winter and at motorway speeds. This guide shows how WLTP works, which EVs go furthest and how much range you need.
For most UK drivers, range is a smaller issue than it looks. The average person in England travelled 6,082 miles across 922 trips in 2024, about 17 miles a day across all modes of transport. Employees choosing a car through electric car salary sacrifice can use the figures below to match a car to their own driving.
What Is Electric Car Range?
WLTP, the Worldwide Harmonised Light Vehicle Test Procedure, is the lab test behind the range figures on EV listings. It combines urban, rural and motorway cycles under controlled temperatures, which makes it useful for comparing cars but not a promise of daily results. In a What Car? test of 12 electric cars published in March 2024, the real-world shortfall reached up to 38%. The Vehicle Certification Agency explains how the test is applied in the UK.
Real-world range is best treated as a band, because temperature, speed and driving style all move it. Cold weather matters most: Recurrent's analysis of more than 18,000 US vehicles found the average EV kept about 80% of its range in freezing temperatures, with heat-pump models retaining 72% to 89% against 63% to 83% without one (January 2025, so UK results will vary).
On motorways, drag rises rapidly above 60mph, so range falls further below WLTP than it does in the city, where regenerative braking helps efficient models match it. Employees comparing cars through The Electric Car Scheme can use WLTP as a starting point and allow a margin for winter and motorway use.
Which EVs Have The Longest Range in 2026?
Official WLTP figures for the longest-range EVs on sale in the UK now run from about 340 to over 540 miles, based on manufacturer UK websites checked in October 2026. Range varies by variant and wheel size, so check the exact specification before you choose.
Where a manufacturer marks a figure as preliminary, or the data is dated, the table says so. Employees comparing these cars through electric car salary sacrifice should weigh range alongside cost, charging access and boot space.
| Rank | Model and variant | WLTP range (miles) | Source |
|---|---|---|---|
| 1 | Mercedes-Benz EQS 450+ | 542 | Mercedes-Benz UK |
| 2 | Volvo EX60 P12 AWD | 503 (preliminary) | Volvo Cars UK |
| 3 | BMW iX3 50 xDrive | Up to 500 | BMW UK |
| 4 | Mercedes-Benz CLA 250+ | 480 | Mercedes-Benz UK |
| 5 | Audi A6 Sportback e-tron (best variant) | Up to 470 | Audi UK |
| 6= | DS N°8 FWD Long Range | 466 | DS Automobiles UK |
| 6= | Tesla Model 3 Long Range RWD | 466 | Auto Express, 20 Jul 2026 (not confirmed on Tesla) |
| 8 | Mercedes-Benz C-Class 400 4MATIC electric Sport | 452 | Mercedes-Benz UK |
| 9 | BMW i7 50 xDrive | Up to 451 | BMW UK |
| 10 | Volkswagen ID.7 Pro S | Up to 434 | Volkswagen UK (data correct at March 2024) |
| 11 | Polestar 3 Dual motor | 402 | Polestar UK |
| 12 | Kia EV6 Long Range RWD | Up to 361 | Kia UK |
| 13 | Kia EV9 RWD | Up to 349 | Kia UK |
| 14 | Hyundai IONIQ 6 Single Motor RWD (77.4 kWh) | 338 | Hyundai UK |
What Affects Electric Car Range?
Range is shaped by conditions, driving style and vehicle design. The main factors are:
Temperature: Cold slows the battery, and heating the cabin adds to the drain. Heat pumps reduce it
Speed and aerodynamics: Drag increases steeply above 60mph, so 70mph uses noticeably more energy than 60mph. Sleek cars such as the Mercedes EQS hold up best
Wind, rain and hills: Headwinds and wet roads raise consumption, and regenerative braking recovers only some of the energy used climbing
Battery size and efficiency: More kWh gives more range, but miles per kWh is the truer measure. A highly aerodynamic 77kWh car can outperform a 90kWh car shaped like a brick
Weight and tyres: Heavier cars use more energy, and under-inflated tyres increase rolling resistance
How Can You Maximise Your EV Range?
Everyday habits can extend your range without changing the car:
Pre-condition while plugged in: This warms or cools the cabin and battery using grid power, giving more available energy and better winter efficiency.
Drive smoothly: Hold steady speeds, avoid harsh acceleration and lift off early to use regeneration. Eco modes help most in winter.
Maintain your tyres: Check pressures monthly.
Plan routes: Apps such as A Better Routeplanner (ABRP), Zap-Map and PlugShare optimise charging stops.
Reduce weight: Remove roof racks and heavy boot loads.
Employees who pair a home charger from The Charge Scheme with route planning can cover everyday journeys and longer trips with confidence.
Do You Really Need a Long-Range EV?
Most UK drivers need less range than the headline figures suggest. National Travel Survey 2024 data for England shows 922 trips and 6,082 miles per person per year, about 17 miles a day (our calculation, all modes of transport), so even a smaller EV covers the average for several days between charges. The Department for Transport's factsheet has the full figures.
To work out your own needs, record your daily mileage for two to three weeks, note your longest regular journey, then compare it with a car's WLTP range and allow a margin for winter and motorway use. Home charging changes the answer: in Zapmap's 2025 survey of 3,976 EV drivers, 23% didn't have home charging, so around 77% did. Those with a home charger start most mornings with a full battery, while those without may prefer more range, and charging without a driveway explains the options.
Longer-range EVs make sense if you regularly drive 150+ miles in a day, make frequent motorway trips, can't charge at home, tow or carry heavy loads, or live in a very cold or hilly region.
Public charging is also growing. Zapmap counted 124,738 charge points across 48,298 UK locations at the end of September 2026, with 8,686 added in nine months. That includes 15,335 ultra-rapid (150kW+) points, up 39.1% year on year. Zapmap's count uses its own "chargers" measure, so it isn't comparable with earlier "devices" figures.
Extra range also costs more, because bigger batteries add price and weight. The table shows monthly costs through salary sacrifice for the 250 to 350 mile band from The Electric Car Scheme quote tool. They're "from" prices for new cars and estimates: employees typically save 20 to 50% depending on their tax band.
| Range band (WLTP) | Car and variant | WLTP range (miles) | Monthly cost from, £40,000 salary (20%) | Monthly cost from, £62,000 salary (40%) |
|---|---|---|---|---|
| 250 to 350 miles | Hyundai IONIQ 6 168kW Premium 77kWh | 339 | £604 | £550 |
| 250 to 350 miles | Kia EV9 149kW Air 99.8kWh | Up to 349 | £801 | £737 |
| 250 to 350 miles | MG4 170kW Premium Long Range 64kWh | 280 | £420 | £379 |
| Under 250 miles | [Pending quote-tool export] | [Pending] | [Pending] | [Pending] |
| 350+ miles | [Pending quote-tool export] | [Pending] | [Pending] | [Pending] |
Is Range Anxiety Real?
Range anxiety is real for some buyers but rarely causes problems in practice. The AA reported in November 2024 that running out of charge accounted for less than 2% of its EV breakdowns, a record low, down from 8.26% in 2015.
| Year | Share of EV breakdowns caused by running out of charge | Source |
|---|---|---|
| 2015 | 8.26% | The AA |
| 2024 | Less than 2% (record low) | The AA, reported 26 November 2024 |