2020 Ford Fiesta Trend 1.1L Petrol · LS70 AOL

This 2020 Ford Fiesta Trend presents a notably clean and stable roadworthiness record, with its most recent test on 4 December 2025 recorded as a pass with no defects or advisories noted. The same outcome applies to the two prior tests in November 2023 and November 2024, each returning a clean pass. The single failure recorded on 31 October 2023 is unusual only because no specific defect details were captured against it, which is characteristic of an early-stage administrative withdrawal or a refusal to test rather than a documented mechanical failure. The absence of any advisories across the documented history suggests that components typically vulnerable to wear or corrosion on a vehicle of this age such as brake lines, suspension linkages, coil springs, exhaust mounting rubbers, and underbody structural elements have not yet flagged for attention during statutory inspection. For a six-year-old Fiesta, this unbroken clean pass pattern is a positive indicator of either light mechanical stress or prompt rectification of any borderline items before test submission. At 28,423 miles over six years, the vehicle is averaging roughly 4,737 miles annually, which sits comfortably below the typical mileage accumulation for a small hatchback used as a daily commuter. This lower annual figure implies reduced wear on the clutch, drivetrain, and braking components relative to a higher-mileage counterpart, but it also warrants attention to items that suffer from extended standing rather than active use. Brake discs and pads can develop light surface corrosion on the working faces if the vehicle is left stationary for prolonged periods, and tyre sidewalls and rubber components such as drive belts and suspension bushes can deteriorate through environmental exposure rather than mechanical fatigue. The MOT history shows no extended testing gaps that would suggest a significant lay-up period, so the mileage pattern appears consistent with regular light use rather than long-term storage. For a prospective buyer, the priority on inspection should be the items that have not yet appeared in the MOT record but could reasonably begin to flag as the vehicle progresses into higher mileage. A test drive should include firm braking from a moderate speed to check for any judder through the pedal or steering wheel, which would indicate disc warp or pad glazing, particularly given the low annual mileage which can lead to uneven corrosion on the braking surfaces. The steering should be exercised through full lock in both directions to listen for any clonking or groaning from the front suspension, as the track control arm bushes and anti-roll bar drop links are known wear items on the Fiesta platform and would be worth close visual inspection on the underside. On uneven road surfaces, listen for knocking from the rear axle area, which could indicate worn rear trailing arm bushes, and check for any oil seepage from the engine sump gasket or the gearbox output seals, areas that tend to begin weeping on higher-mileage Ecoboost and naturally aspirated engines fitted to this generation. A thorough physical inspection underneath the vehicle is particularly advisable given the age and the clean MOT history, which can mask early-stage corrosion or perished rubber components that an examiner might not specifically flag. The subframe mounting points, suspension strut top mounts visible from under the bonnet, and the condition of the lower arm ball joints should all be checked for play or corrosion pitting. Given that no advisories have been issued across four consecutive tests, there is a possibility that replacement components have been fitted just prior to test or that the previous keeper has maintained the vehicle proactively; in either scenario, a buyer should request evidence of any recent suspension, braking, or exhaust work to confirm the underlying condition. With its low mileage, clean test record, and lack of structural or corrosion advisories, this Fiesta Trend appears to be a mechanically sound candidate, provided the typical mid-life wear points on the suspension and braking systems are verified by direct physical inspection.