2013 Ford Fiesta 1.0L Petrol · SC13 LUD

The most recent DVSA examination on 7 March 2026 resulted in a pass with no defects recorded, which is a positive immediate indicator. However, a close reading of the test history reveals a pattern of corrective repairs immediately preceding each annual pass, with failures logged on the same date as the passes in both 2025 and 2026. This suggests the vehicle is being presented for test in an unroadworthy condition, repaired only after a fail, and then promptly retested. Across the three most recent test cycles there have been repeated issues with the offside headlamp, the offside rear and front wheel bearings, the ABS system, front suspension components, and a stop lamp. The cumulative picture is one of a vehicle that is fundamentally serviceable but is developing recurring electrical lighting faults, chassis wear, and brake system concerns that any prospective buyer should treat as active rather than resolved. The recorded mileage of 107,067 miles over a thirteen-year life equates to approximately 8,236 miles per year, which is broadly typical for a Fiesta of this vintage. The mileage progression between tests indicates fairly steady annual use, with no prolonged gaps that would suggest long periods of standing, nor any unusually rapid accumulation that would point to motorway or fleet use. For a vehicle of this age and mileage, the principal mechanical expectations are wear to suspension bushes, ball joints, and wheel bearings, corrosion to brake discs from regular urban use, and general age-related degradation of rubber components and electrical items. The 13,000 to 14,000 mile annual increments between MOTs are consistent with regular short-journey driving, which in itself can accelerate certain issues such as brake disc corrosion due to insufficient heat cycling and premature ageing of the 12V battery from frequent stop-start operation. The most significant defects in the history centre on the offside headlamp, which has appeared in three consecutive failures, twice with incorrect beam image or aim. This is often symptomatic of a deteriorated headlamp reflector, a failing bulb, or incorrect replacement bulb fitment, and on inspection one should verify that the offside headlamp produces a clean, level beam pattern with no scatter and that the securing clips are intact. The offside stop lamp has failed twice, which is a classic symptom of a failed bulb holder or corroded multi-plug, so the offside rear lamp cluster should be removed and the connector checked for green corrosion and heat damage. The 2025 ABS warning lamp fault is a separate concern; although not repeated in 2026, ABS faults on a Fiesta of this era are commonly traced to a failing wheel speed sensor, a reluctor ring issue, or corroded ABS module connectors, and the buyer should ask whether the fault was definitively diagnosed and rectified rather than simply cleared. The suspension and steering defects from 2024, including an excessively worn front lower suspension arm ball joint and a track rod end with excessive play, are now within the MOT pass record but must be considered recent and significant. These components are safety-critical; on a test drive one should listen for clonking or knocking from the front suspension over speed bumps and uneven surfaces, check for vagueness or delay in steering response, and inspect the offside front tyre inner edge for uneven wear which would indicate a perished bush or worn joint that has returned. The 2026 offside rear wheel bearing failure is also a recent repair and a common Fiesta failure point, so during a road test listen for a drone or humming that changes with speed, and on a stationary check attempt to rock the offside rear wheel at the top and bottom to detect any remaining play. Given the vehicle's age, a thorough physical inspection should also include checks for tyre sidewall perishing and age markings, brake disc lipping and surface corrosion, coolant and brake fluid condition with respect to calendar age rather than mileage, the state of the exhaust mounting repaired in 2023, and the general condition of the rear subframe and jacking points for surface corrosion, all of which are more relevant at thirteen years old than simple mileage-based wear would suggest.