1999 Ford Focus 2.0L Petrol · T505 AAF

The 1999 Ford Focus failed its most recent MOT on 8 December 2022 at 92,140 miles and has not been tested since, leaving it untaxed and unroadworthy for over three years. The maintenance trend is clearly worsening. Corrosion progressed from advisory-level subframe and seat belt anchorage rust in December 2020 to a failed test in December 2022 citing a hole in the inner sill, heavily corroded rear subframe, and significantly reduced seat belt anchorage strength on the near side rear. The tester also flagged fractured offside front coil spring, play in the steering rack inner joint, and uneven tyre wear close to the legal limit. Recorded mileage rose from 88,045 in November 2020 to 92,140 by December 2022, an average of roughly 3,400 miles per year across the vehicle's life. This low annual use for a 27-year-old car suggests long stationary periods, which accelerate corrosion on brake pipes, fuel tank straps, and structural mounts as the history confirms. The 2022 failure at 92,140 miles matches the 2021 passed reading of 90,256, showing only 1,884 miles covered in the prior year. Sparse testing before 2020 gives no earlier baseline, but the existing record shows steady rust advancement rather than sudden neglect. A buyer must inspect the rear subframe, inner sills, and seat belt anchorages in person for structural continuity, as the 2022 test recorded heavy corrosion and a prescribed-area hole. The front suspension requires scrutiny: both upper coil springs showed corrosion and the offside unit fractured, while steering rack inner joints displayed play across every test from 2020 to 2022. Brake discs pitted on the front from 2020 onward and rear brake ferrules showed corrosion, so caliper binding and disc condition need physical checks. Fuel pipes to the filler neck and rear tank straps were heavily corroded at the last test. Exhaust minor leaks appeared in 2020 and persisted to failure in 2022. Given the vehicle's standing period since December 2022, expect further degradation of rubber bushes, brake hoses, and corrosion across the underside before any return to road use.