2015 Ford Tourneo Connect 1.5L Diesel · EF65 AAU

The most recent MOT test on this 2015 Ford Tourneo Connect was conducted on 8 June 2026 and the vehicle failed on a nearside front headlamp aim issue, recorded as being too low and too far to the right, before subsequently passing on the same date once rectified. An advisory was also recorded at this test for slight damage, cracking, or perishing on the offside rear tyre. Looking at the broader picture, the vehicle has demonstrated a consistent pattern of MOT compliance over the preceding three tests in 2023, 2024, and 2025, all of which were passed with no advisories or defects recorded. This is a stable and reassuring maintenance trend overall, with no recurring or recurring-class advisories building up over time. The single failure was a straightforward headlamp adjustment defect, which is typically a minor rectification rather than indicative of deeper mechanical concern, though it does suggest the importance of verifying correct headlamp alignment and beam pattern during any inspection. With 50,087 recorded miles across approximately eleven years, this Tourneo Connect averages around 4,553 miles annually, which is notably below the typical mileage expectation for a commercial-derived multi-purpose vehicle of this age. Such low annual usage suggests the vehicle may have experienced extended periods of standing or undertaking only short, infrequent journeys. Lower mileage is not automatically advantageous in mechanical terms, as prolonged inactivity often brings its own specific concerns. Standing vehicles are prone to brake disc corrosion, caliper seizure or binding, deterioration of tyre rubber through age rather than wear, and degradation of underbody protection. Equally, short journeys that do not allow the engine to reach full operating temperature can promote moisture accumulation in engine oil, accelerated corrosion within the exhaust system, and premature ageing of the 12V battery due to insufficient charging cycles. Given the advisory recorded for tyre cracking or perishing on the offside rear, and the general low-mileage profile of this vehicle, a prospective buyer should conduct a careful physical inspection of all four tyres. Tyre sidewalls should be examined closely for signs of perishing, ozone cracking, or brittle rubber, as tyres older than five years can deteriorate structurally even where tread depth remains adequate. The date of manufacture, indicated by the DOT markings on the tyre sidewall, should be checked to ensure no tyre is excessively aged, particularly if original equipment remains fitted. Brake discs should be inspected for surface corrosion, and the caliper slide pins and pistons should be checked for free movement to confirm nothing has seized during periods of disuse. The exhaust system warrants thorough examination from the manifold rearwards for rust perforation, as exhaust components suffer disproportionately from short-journey condensation exposure. Further inspection priorities for this age and mileage profile should include verifying the service history to confirm regular oil and filter changes have been undertaken at appropriate calendar intervals regardless of the low odometer reading. Brake fluid, coolant, and transmission fluid should be assessed in line with time-based replacement schedules, as these degrade through age and moisture absorption rather than mileage alone. The 12V battery should be load-tested, as batteries fitted to low-use vehicles frequently suffer from chronic undercharging and may be close to failure even if the vehicle currently starts readily. On a test drive, particular attention should be paid to any suspension clonks or knocking over uneven surfaces, which would suggest worn bushes, deteriorated anti-roll bar links, or weakened coil springs, all of which are common on a commercial-derived platform approaching its twelfth year. Any pulling to one side under braking, vibration through the steering wheel, or a soft brake pedal should prompt further investigation into the braking system's mechanical condition.