Ford Explorer review

Overview

The Explorer name is potentially misleading in a used search. This review is about the European-market electric Ford introduced to the UK in 2024, not the large American petrol SUV or the Mustang Mach-E. Our selected version is the 2024 Select Extended Range with a 77 kWh usable battery, single rear motor and 286 PS. Later battery revisions are deliberately excluded. It is a five-seat family SUV with an appealing combination of useful range, standard conveniences and easy electric performance. The strongest ownership case includes reliable, reasonably priced home charging. Without that, it can still be usable, but the financial advantage and charging routine need more careful examination before purchase.

Exterior and interior

The electric Explorer has its own upright-looking body and a cabin built around a movable central screen, rather than carrying over the American model's layout. Ford's launch information specifies a 14.6-inch SYNC Move display and heated front seats as part of the standard equipment proposition. The seating and storage deserve trying in person because screen size alone says little about comfort or ease of adjustment. Inspect the trim around frequently used compartments, the display's movement and the seats for wear or damage. A used EV can have a tidy odometer reading yet a hard family life. Check the wheel rims and body repairs, and make sure any apparently expensive assistance equipment is genuinely present rather than borrowed from a Premium photograph.

Practicality

There are five seats and five doors, making this European Explorer a family SUV rather than a seven-seat substitute for its American namesake. Ford's 2024 UK launch release gives 450 litres of boot space. The often-quoted 470 litres in launch marketing combines cabin storage with luggage space, so we do not relabel it as the boot. The large centre storage compartment is useful for loose items, but it does not make a pushchair fit through the tailgate. Bring the things you actually carry and check the load floor, rear-seat arrangement and child-seat access. Also consider cable storage and whether your usual parking position leaves easy access to the charging port. Practicality includes the charging routine, not just luggage volume.

Driving experience

Our assessment synthesises independent reporting and the vehicle's specification; RoadMatch is not claiming its own test drive. The selected rear-drive Explorer is best viewed as a composed, responsive family EV rather than a sports SUV. Electric response can make ordinary junctions and motorway joining feel uncomplicated, but weight, tyre choice and ride behaviour still determine comfort on poor roads. Try the steering, braking transition and parking visibility on an inspection route representative of your routine. The adjustable screen may be convenient or distracting depending on how you interact with it, so assess the controls while stationary first. Four-wheel drive is not part of this recommendation. Buyers who actually need that layout must compare the correct AWD model and its separate battery and range figures.

Performance

Ford's March 2024 UK launch table gives the rear-drive Extended Range Explorer 286 PS, 210 kW, 545 Nm and 6.4 seconds from 0–62 mph. Approximately 282 bhp is the imperial conversion, while the catalogue clearly labels the acceleration measure. These figures describe the single-motor 77 kWh launch version, not the more powerful AWD or a later revised battery package. The important everyday benefit is responsive acceleration without needing to change gears manually. That does not shorten the safe distance needed for an overtake or overcome poor tyre grip. During an inspection drive, check for warning messages, vibration and inconsistent response rather than repeatedly testing maximum acceleration. Performance is already sufficient for the family role without an expensive upgrade.

Fuel economy

The selected launch model carries a 374-mile WLTP range claim, not a guaranteed motorway or winter distance. Ford's original table lists 13.9 kWh per 100 km under the stated laboratory methodology, which should remain separate from purchased electricity and charging losses. We use an assumed 3.5 miles per kWh for the ownership example and add ten per cent to calculated battery energy for charging losses; those are original planning inputs, not measured Explorer owner data. Speed, temperature, heating, load and route all affect actual range. Plan a longer journey using a usable charging margin rather than the headline distance. A home charger and predictable daily mileage can make the routine easy, but public-only users should model both cost and time honestly.

Reliability

Limited confidence is appropriate because the European electric Explorer has a short model-specific ownership history. Familiar underlying EV technology does not justify importing another vehicle's measured reliability or declaring this model proven. Battery-health evidence, software history, charging behaviour and accident repair quality should all be assessed for the exact car. Ask for Ford's VIN-based information and written warranty terms rather than assuming that every repair is covered. Inspect the battery underside and charging port with specialist help where needed, and verify that both AC and DC charging work as intended. Ordinary tyres, suspension, trim and friction brakes remain important maintenance items. A diagnostic report and a transparent seller reduce uncertainty more effectively than a broad assurance that electric cars have few moving parts.

Safety

The appropriate official Euro NCAP link is the 2024 assessment of the European electric Explorer. It is not the 2019 American Explorer record, and the model name alone is insufficient to establish applicability. We direct readers to the source for its tested specification without reproducing ratings, scores, test prose or visual material. Standard adaptive cruise and the launch assistance equipment are conveniences, not permission to stop supervising the car. Ford identified additional Driver Assistance Pack functions as optional, so each used example needs a specification check. Examine sensors, warning messages, tyres and repair records, especially after a collision or windscreen replacement. GOV.UK's registration-based recall check should be followed by confirmation that any applicable work has actually been completed.

Technology and features

The launch Select's everyday technology includes the movable SYNC screen, compatible wireless Apple CarPlay and Android Auto, heated front seats and adaptive cruise. Ford separately describes an optional Driver Assistance Pack containing additional features, including a 360-degree camera and head-up display; those should not be silently assigned to every Select. The selected launch RWD supports up to 11 kW AC and 135 kW DC, with Ford's approximately 28-minute 10–80 per cent DC illustration under its stated conditions; the faster AWD figures do not apply. Demonstrate the phone connection, display movement and charging controls before buying. Learn how scheduled charging and battery limits interact with your charger, and establish which connected functions need an account or service arrangement. Useful technology is equipment that works consistently within your daily routine.

Running costs

Our £22,000–£30,000 purchase range is an original RoadMatch estimate dated 1 October 2026, not a live EV valuation. For 8,000 miles at an assumed 3.5 miles per kWh, adding ten per cent charging losses gives roughly 2,510 kWh purchased annually. At 25p per kWh home electricity that is about £630; at 70p public charging it is about £1,760. Adding a £200 tax budgeting placeholder and £450–£850 routine-upkeep allowance yields roughly £1,300–£1,700 at home or £2,400–£2,800 with all energy at the public assumption. Check actual tax and supplements by registration. Insurance, finance, depreciation, major repairs, subscriptions and home-charger installation are excluded. Your real charging tariff can change the conclusion substantially.

Advantages and disadvantages