2006 Ford Fiesta 1.2L Petrol · FM06 UOC

The most recent recorded DVSA test on this 2006 Ford Fiesta, dated 22 September 2021, resulted in a failure with several major defects concerning the lighting system, specifically the offside front main beam headlamp, both stop lamps, and the offside headlamp output being severely reduced by contamination on the light source, alongside a minor defect for an inoperative nearside registration plate lamp. Looking at the broader trajectory, the maintenance pattern appears mixed but with a recurring electrical and lighting theme, as stop lamp failures appeared in both the 2021 and the earlier 2019 and 2020 test attempts. The 2019 failure highlighted significant steering and suspension wear with track rod end play and anti-roll bar ball joint wear on both sides, while the 2020 dangerous failure noted serious structural corrosion to the offside rear inner sill within 30cm of a body mounting point. The fact that several advisories noted in 2019 and 2020 were left to progress into majors the following year suggests a worsening trend rather than a stable or improving one, and a prospective buyer should treat the absence of any recorded test in 2022, 2023, 2024, 2025, and 2026 as a serious concern given that the vehicle is now potentially five years beyond its last documented roadworthiness examination. With a recorded mileage of 135,216 miles over roughly twenty years of age, this Fiesta has averaged around 6,761 miles per year, which is broadly typical for a small hatchback of its vintage, although the annual figures are likely considerably higher if the vehicle has been used regularly in recent years following the gap in testing. The substantial five-year absence from MOT testing is a significant red flag, as it could indicate long periods of standing or unrecorded off-road use, either of which carries its own mechanical implications. Prolonged standing accelerates corrosion to brake discs, callipers, and the underbody, degrades the 12V battery through repeated discharge cycles, and causes seals and flexible hoses to perish, while consistent road use at moderate mileage tends to keep components functional through regular operation. Given the serious corrosion advisory already noted on the rear inner sill in 2020, combined with the documented fuel pipe and brake pipe corrosion advisories from the same test, the extended period without recorded inspection heightens the risk of structural and braking deterioration that has not been officially documented. A prospective buyer should pay particular attention to the recurring suspension and steering defects flagged across multiple tests, as the nearside track rod end was recorded with excessive play in 2019 and both front anti-roll bar ball joints were noted with slight play as far back as 2017 and 2018 before progressing to excessive wear in 2019. On a physical inspection, these components should be checked by hand for free play or deterioration of the rubber bushes, and during a test drive one should listen for clonks or knocking from the front end over bumps, vagueness or wander in the steering, and uneven or feathered wear across the front tyres. The brake system also warrants scrutiny given the 2019 parking brake efficiency failure and the recorded corrosion to the nearside rear brake pipe, so a thorough check of brake disc condition, calliper operation, and pipework beneath the vehicle for rust or weeping is essential, alongside a confirmation that the handbrake holds firmly on an incline. The structural corrosion recorded on the offside rear inner sill in 2020 is the most serious mechanical concern in the file, as this is a load-bearing area within 30cm of a body mounting point, and any vehicle standing unused for several years will see such corrosion advance considerably. A close visual inspection with a torch of all sills, jacking points, wheel arches, and the rear chassis legs is strongly advised, ideally with the vehicle raised on a ramp. Equally, the front exhaust flexi deterioration noted in both 2020 advisories, the corroded fuel pipe, and the recorded cooling system low coolant advisory all point to age-related degradation of flexible and rubber components that typically need renewal on a calendar basis rather than mileage. Given the vehicle's age, the buyer should also verify the service history stamps, inspect all tyres for sidewall perishing and cracking regardless of tread depth, check the 12V battery for holds charge, and confirm that brake fluid, coolant, and engine oil have been refreshed within their recommended time intervals, as a twenty-year-old car with this profile is far more likely to suffer from time-based degradation than mileage-based wear alone.