2012 Ford Fiesta 1.4L Diesel · FN62 HDL

The most recent DVSA MOT test conducted on 27 October 2025 resulted in a PASS, though it followed an initial FAIL on the same date due to a Major defect concerning the nearside front direction indicator displaying an incorrect colour, which was clearly rectified on the day. The current pass is accompanied by four advisories addressing front tyre wear, front tyre cracking or perishing, front brake disc pitting and scoring, and a non-excessive oil leak. Reviewing the broader trajectory, the maintenance pattern reveals a vehicle accumulating advisories consistently over the past five years rather than deteriorating into outright failures, with brake disc wear being the single most persistent theme, present in 2021, 2023, and again in 2025. The 2024 test did produce two PRS (Pass after Rectification at Station) failures for headlamp aim and rear indicator colour, but these were relatively minor compliance matters rather than mechanical wear items, and the underlying trend is one of a vehicle that remains roadworthy but is operating with well-established wear patterns that warrant close attention. With 148,997 miles recorded against an age of roughly fourteen years, the annual mileage equates to approximately 10,643 miles per year, which sits firmly within typical parameters for a Fiesta of this vintage. There are no glaring anomalies such as long stationary periods or sudden mileage surges between test dates, suggesting consistent regular use. That said, this is unquestionably a high-mileage example, and components subject to frictional and cyclical loading namely the clutch, dual-mass flywheel if fitted, engine mountings, and the complete suspension bush and bearing assemblies will have absorbed significant accumulated stress, even if the MOT records only capture external wear items. The recurring front brake disc pitting and scoring across multiple tests is mechanically significant, as it typically indicates that the discs have reached a wear threshold where pad contact surfaces are becoming uneven and corroded, often resulting in brake shudder under firm pedal application or visible lipping at the disc edge. On a test drive, the buyer should listen for any pulsation or vibration through the steering wheel under braking and confirm the discs are within minimum thickness specification, as they may now be approaching the point of mandatory replacement rather than simply monitoring. The repeated oil leak advisory, although deemed not excessive, suggests a persistent seal or gasket weep that could be originating from the engine sump, camshaft cover, or front crankshaft seal, and it would be prudent to inspect undertrays and the surrounding area for fresh accumulation and to verify fluid levels remain topped up between services. Several advisories deserve focused physical inspection prior to purchase. The front tyres should be examined for both legal tread depth and sidewall cracking, as the perishing advisory indicates age-related rubber degradation that can compromise grip even before the tread reaches its limit. The 2024 nearside front wheel distortion advisory and a similar 2020 advisory regarding both road wheels point to possible kerbing damage or fatigue, which may have implications for wheel balance, tyre wear patterns, and bearing integrity. Additionally, the 2020 advisory concerning corroded rear road-springs and the deteriorated front suspension ball joint dust cover from 2021 suggest progressive deterioration of the undercarriage, and the buyer should conduct a thorough road test over uneven surfaces listening for clonks, knocks, or excess travel from the rear axle, and inspect the springs carefully for advanced surface corrosion. Given the vehicle's age and mileage, supplementary age-related checks are strongly recommended even where MOT records are silent, including verification of recent cambelt and water pump replacement intervals, brake fluid and coolant age, the condition of the twelve-volt battery, and a thorough inspection of the exhaust system for internal corrosion and mounting integrity.