2024 Ford Capri Premium EV AWD Electric · SL74 PLN

The latest DVSA MOT history for this 2024 Ford Capri Premium EV AWD is not available on record, and consequently no formal roadworthiness test outcome, advisory notes, or defect history can be cited. Because the vehicle is only approximately two years old, it would not yet be due its first compulsory MOT test, which falls at the three-year anniversary of first registration under current UK legislation. As a result, the absence of MOT data should not be interpreted as a negative indicator but rather as an expected data gap for a relatively new electric vehicle. Without prior test records to review, no maintenance trend whether stable, worsening, or improving can be established, and the prospective buyer must instead rely on a physical inspection and verification of the vehicle's service documentation to gauge its mechanical condition. The recorded mileage has not been provided, and there is insufficient data to calculate an annual usage rate or identify significant gaps or rapid accumulation patterns. Electric vehicles of this age and specification typically accumulate lower average mileages than their internal combustion counterparts, but without a documented odometer reading it is not possible to draw conclusions about wear-related component fatigue. If the mileage is confirmed as genuinely low, this may indicate prolonged periods of standing, which brings its own set of age-related concerns despite low mechanical wear. The prospective buyer should ensure the current mileage is verified against the GOV.V5C logbook and any available service invoices to establish a coherent usage pattern. Given the lack of MOT history, the buyer must assume the vehicle falls outside the standard test-and-replace regime and therefore conduct a comprehensive age-appropriate inspection. Tyre condition should be a priority, with close attention paid to sidewall perishing and cracking from age rather than just tread depth, as tyres fitted at the factory on low-mileage EVs often suffer premature rubber degradation due to standing and UV exposure. Brake discs and calipers should be examined for corrosion and seizing, since the regenerative braking system on this electric Capri significantly reduces mechanical brake application and therefore accelerates the onset of disc surface corrosion and caliper piston binding. A thorough road test should include several firm brake applications to confirm even response and the absence of shudder, and the buyer should listen for any clunks or knocks indicative of seized caliper slides. Beyond braking components, the 12-volt auxiliary battery, which powers ancillary systems on this electric vehicle, should be load-tested, as low-mileage vehicles frequently suffer premature failure of this battery due to chronic undercharging from short journeys. All fluid systems, including the brake fluid, which degrades hygroscopically over time, and the coolant circuits serving the high-voltage battery and motor inverters, should be inspected for evidence of scheduled replacement in line with Ford's recommended service intervals. The high-voltage charging port, connector cables, and any visible battery housing should be checked for damage or contamination, and the underbody should be examined for corrosion particularly given the exposure of an EV battery enclosure to road debris and moisture. Finally, verifying a complete Ford dealer or specialist service history, confirming the high-voltage battery state of health report if available, and ensuring all recall campaigns have been completed will provide the most reliable indication of the vehicle's true roadworthy condition in the absence of MOT data.