Ford Explorer EV Extended Range AWD Mk1

A known software issue in the state-of-charge monitoring module (SOBDM) can cause the 12V battery to stop receiving charge from the main battery. Symptoms start with a 12V battery warning light, then progressively cascade: electrical functions gradually fail, the car may not shift into drive or reverse, and eventually the electric motor shuts off while hazard lights remain active. Ford has issued a customer satisfaction program (KZP) and a software update to fix the issue. The fix involves updating the SOBDM control module at a dealer. Owners have reported the 12V battery draining to as low as 9V. If the software update has already been applied, this risk is largely resolved, but the 12V battery itself may need replacement if it was deeply discharged before the fix.

The Ford Explorer EV uses the same MEB battery architecture as VW Group vehicles. In 2024 and 2026, recalls were issued covering roughly 94,000 MEB vehicles (VW ID.3, ID.4, ID.5, ID.Buzz, and Cupra Born) for battery modules that do not meet specifications. Individual modules may develop voltage differences between cells, potentially causing range loss, dashboard warnings, or in rare cases thermal propagation. The remedy involves a dealer inspection, a software update for self-discharge detection, and module replacement if defective cells are found. All work is covered under warranty. While this recall officially names VW Group brands, the same battery supplier and architecture is used in the Ford Explorer EV and Capri, so Ford has run a parallel inspection program. Verify with Ford using your VIN whether any battery-related service actions apply.

The optional heat pump (identifiable by an R744 CO2 refrigerant sticker under the bonnet) uses a different system than the standard resistive heater. Several owners report AC fault messages, and some Ford dealers struggle to diagnose heat pump issues because the system differs from their standard training. Without a functioning heat pump, range drops significantly in cold weather, with owners reporting up to 25% range reduction compared to the expected 10% with a working system. The heat pump compressor and associated valving are expensive components. On MEB platform vehicles broadly, heat pump failures are a known issue, with the compressor being the most common point of failure. Heat pump repairs on MEB cars typically cost €800-1,200 for the compressor alone, rising to €2,000-2,500 if additional refrigerant circuit components need replacement.

Owners have reported the car failing to charge overnight despite having a schedule set, or charging at dramatically reduced rates (1-2 kW instead of the expected 11 kW). The Ford Pass app sometimes resolves the issue when the charge now button is pressed, but the scheduling system itself appears unreliable. In some cases the car requests less than 1 kWh from the charger, which can be fixed by pausing and resuming. The issue appears to be software-related in many cases, involving communication between the car and the charging station. However, if the onboard AC charger module itself fails, replacement costs €800-1,200 including labor. Software updates have addressed some of these charging inconsistencies, but not all cases are resolved.

The Ford Explorer EV uses the SYNC Move infotainment system rather than the VW Group's system. Owners report occasional screen freezes where the display becomes completely unresponsive to touch, preventing access to climate controls, heating, and navigation. A soft reset (holding power and seek right for 10 seconds) usually restores functionality. If the issue recurs frequently, the APIM (Accessory Protocol Interface Module) may need replacement at €1,000-1,500. Software updates have improved stability, but the system is still considered less mature than competitors. The Ford Pass app is also described as underwhelming, lacking controls for pre-conditioning, cabin temperature, and heated seats.

On MEB platform AWD vehicles, the front electric motor is an additional component not present on RWD versions. Forum reports from VW ID.4 GTX and other MEB AWD models document occasional front motor faults, sometimes triggered by software issues with the pulse inverter. One ID.4 owner reported the front motor needing replacement at just 105 miles on the odometer, though this appears to be a manufacturing defect rather than a wear issue. Motor replacement on MEB vehicles typically runs €2,000-3,500 for parts, with labor adding €500-1,500 depending on which motor and the dealer. This remains a low-probability risk given the relative mechanical simplicity of electric motors, but the front motor is an additional failure point that RWD variants avoid entirely.

MEB platform vehicles are heavier than their ICE counterparts, which accelerates wear on suspension components. The front sway bar end links are a documented weak point across MEB cars, causing clunking sounds over bumps. Rear dampers on earlier MEB production runs can develop rattling at high suspension speeds. VW redesigned the rear drop links for newer production, and replacement parts are inexpensive (€20-50 per side for the links). However, if the dampers themselves need replacement, costs rise to €300-400 per corner. Most drop link replacements have been covered under warranty when caught early. The Explorer's higher kerb weight (around 2,250 kg for the AWD) means suspension components are under more stress than on lighter MEB vehicles.