2002 Ford Fiesta 1.4L Diesel · WN52 NUK

The vehicle most recently passed its MOT on 13 November 2025 with no advisories or defects recorded, and this clean result is consistent with the preceding four tests from 2021 through 2024, all of which returned pass outcomes with no noted issues. Such an unblemished five-year DVSA record indicates a stable and well-maintained mechanical trend, suggesting that the components typically scrutinised under the MOT regime, including braking efficiency, suspension condition, exhaust emissions, lighting, and structural integrity, have remained within tolerance year on year. The absence of any advisories is particularly reassuring, as advisories often serve as early warning indicators of wear that could progress into failure points if left unaddressed. From a regulatory roadworthiness perspective, this Ford Fiesta presents a positive and consistent maintenance profile heading into any prospective purchase. With a recorded mileage of 100,763 miles across approximately 24 years of service, this Fiesta has averaged around 4,198 miles per annum, a notably low annual usage figure that is well below the typical mileage for a vehicle of this age and class. Such modest accumulation suggests either genuinely light private use or, more likely given the car's age, extended periods of inactivity interspersed with shorter running cycles. While low mileage is generally favourable for major drivetrain components such as the engine and gearbox, prolonged standing periods introduce their own distinct wear concerns. Components that suffer more from disuse than from use become the primary risk areas, and this should shape the focus of any pre-purchase inspection. Given the clean MOT record and the age-plus-low-mileage profile, physical inspection should concentrate on time-related degradation rather than purely mileage-based wear. Tyres warrant particular attention, as rubber compounds perish with calendar age regardless of tread depth; look closely at the sidewalls for cracking, crazing, or brittleness, and verify that the manufacturing date code on each tyre indicates rubber less than around six years old. The 12V battery is another likely suspect, as units of this vintage commonly lose cranking performance and may not have been replaced recently; a load test or at minimum a check of the manufacturing date stamp is advisable. Brake discs and calipers on a low-use vehicle are prone to surface corrosion and seizure, so the caliper slide pins should be checked for free movement and the discs inspected for any uneven corrosion lipping or binding that could cause shudder under braking. The exhaust system, being exposed steel or early aluminium-coated components of 24 years standing, is highly susceptible to internal and external corrosion, so a careful check for blowing joints, hangers, and pipe integrity beneath the car is worthwhile. Fluid servicing and ancillary rubber components complete the priority list for inspection. Coolant, brake fluid, and power steering fluid all degrade with time and should have been changed on a calendar basis rather than purely mileage intervals; verify in the service history that these have been refreshed within the last two to three years. Suspension bushes, coil springs, and anti-roll bar links harden and crack with age rather than mileage, so listen for clonking or knocking over uneven surfaces during a test drive and inspect the underside for perished rubber or weeping shock absorbers. On the road, pay particular attention to the behaviour after the car has been standing, as initial brake pull or judder may indicate corroded discs that clear after a few applications, and a reluctant start could betray a tired battery or degraded fuel system seals. Given the DVSA history suggests the car has been conscientiously presented for testing, a thorough physical inspection addressing these age-related concerns should provide a reliable indication of its true underlying condition.