2002 Ford KA 1.3L Petrol · FP02 UTT

The most recent MOT test on this 2002 Ford Ka, conducted on 25 July 2023, resulted in a failure driven entirely by structural corrosion rather than any mechanical wear item. The advisories from that test noted minor items removed from the driver's view and offside front structural corrosion that had not yet compromised rigidity, while three majors were issued against the nearside and offside rear suspension mountings and the offside front inner suspension mounting, all in the prescribed areas adjacent to the rear sill, inner sill, and floor. Looking at the trajectory of the past several tests, the maintenance trend is clearly and progressively worsening. In July 2022 the vehicle passed cleanly with no advisories, but just over a fortnight later it failed on multiple suspension component wear items and a fresh round of corrosion majors across both rear sills and the offside front subframe area. In July 2021 the test was passed but carried advisories for both front tyres worn close to the legal limit on the edges and an inspector's note flagging corrosion to the nearside and offside floor and outer sills. By 2020 a rear suspension mounting was already failing on corrosion grounds, and in 2019 the offside front subframe mount and offside rear axle mount both failed on structural corrosion. This is a textbook corrosion progression in a 24 year old vehicle that has reached the age where structural integrity becomes the dominant MOT concern. The recorded mileage of 76,139 miles against an age of approximately 24 years equates to an average of around 3,172 miles per year, which is genuinely low and well below typical usage for a small hatchback of this era. This pattern is consistent with a vehicle that has either been used sparingly as a second car, has spent prolonged periods standing, or has accumulated mileage in short irregular bursts rather than sustained regular driving. Such low annual mileage reduces wear on major drivetrain components such as the engine, clutch, and gearbox internals, but it actively accelerates calendar related degradation in other areas. Long standing periods promote moisture accumulation in the brake system, surface corrosion on brake discs and caliper carriers, oxidation of the exhaust system, hardening and perishing of rubber components including tyres, coolant hoses, and suspension bushes, and chronic undercharging of the 12 volt battery which is a very common failure point on low use Ka models of this age. The recurring and escalating corrosion advisories and failures are the single most important inspection point for any prospective purchase. The Ford Ka of this generation is widely recognised as being particularly vulnerable to corrosion of the front subframe, rear suspension trailing arm mountings, inner and outer sills, and the floor pans around the suspension turrets, all of which are exactly the areas flagged in this MOT record. A prospective buyer should thoroughly inspect the vehicle on a ramp or over an inspection pit, paying particular attention to the inner and outer sills along their full length, the rear axle mounting areas, the front subframe and its three securing bolts to the bodyshell, and the floor pans for any bubbling, perforation, or previous poorly executed repair work. Tapping the metal around the jacking points, suspension turrets, and sill lower flanges with a screwdriver handle will reveal any hidden filler or thinning metal. Because the 2023 failure catalogue spans both sides of the rear suspension and the offside front inner structure, the cost of compliant structural restoration is likely to be substantial and could readily exceed the value of the car, so an independent pre purchase structural inspection by a reputable MOT station is strongly advised before any commitment. Beyond the structural concerns, the low annual mileage and age of the vehicle warrant several practical checks that are not necessarily reflected in the MOT record. The tyres, despite the 2021 advisory for edge wear, will now be at least five years old and potentially older on the rear axle, so the sidewalls should be examined closely for cracking, perishing, and any bulging, as age related rubber degradation is a common MoT failure point and a safety risk regardless of tread depth. With such low mileage, the brake discs are likely to be heavily corroded at the rubbing surfaces and the caliper slide pins and pistons may have seized from standing, so a test drive should include several firm stops from moderate speed to confirm the car pulls evenly, does not judder under braking, and that the handbrake holds on a slope. The engine should be observed from cold start for excessive smoke, unusual ticking or knocking that might indicate cambelt or tensioner wear given the age, and any history of cambelt replacement at the recommended four or five year interval should be verified through the service book or invoices. Coolant strength should be checked with a hydrometer as cheap refills over many years can leave the mixture too weak to prevent internal corrosion, the battery load tested as a unit that has sat partially discharged for long periods rarely recovers fully, and the exhaust system inspected for internal rot and broken mounting rubbers. Finally, all fluid services including brake fluid, which degrades hygroscopically over roughly two years regardless of mileage, should be assumed due.