2002 Ford Focus 1.6L Petrol · AE02 ELJ

The 2002 Ford Focus presents a mechanically stable maintenance trend based on the available DVSA records, though the history contains notable administrative anomalies. The most recent examination in June 2023 resulted in a pass at 100,691 miles with zero defects recorded. Curiously, the 2022 and 2023 records each show a failure immediately followed by a pass, both listing no defects. This pattern suggests system glitches or aborted tests rather than genuine mechanical faults, as a vehicle failing on safety or structural grounds would not pass days later without documented repairs. The mileage accumulation indicates very light use for a vehicle of this age, averaging roughly 4,195 miles annually. However, the specific period between June 2022 and June 2023 saw a spike of 6,975 miles, suggesting a temporary increase in usage before the current period of inactivity. A significant concern arises from the three-year gap since the last MOT in June 2023. A 24-year-old vehicle sitting stationary or untested for this duration risks deterioration of perishable components, regardless of the low recorded mileage. A buyer must approach this vehicle assuming it requires a fresh MOT, as the current certificate lapsed in July 2023. The pristine defect record offers false reassurance given the age and standing time. An in-person inspection must prioritize structural integrity, specifically checking the sills, subframes, and floor pan for corrosion common to early 2000s Fords. Suspension bushes and coil springs will have hardened regardless of mileage, likely causing a failure on the next test. Brake calipers and discs demand close scrutiny; a car covering less than 7,000 miles in its last active year and then standing for three years frequently suffers from binding calipers and surface corrosion on the brake discs. Tyre age and condition require verification, as rubber perishes through standing rather than use. The engine and exhaust system must be assessed for deterioration from prolonged inactivity, including vacuum hose perishing and exhaust rust, which could cause an emissions failure upon return to regular use.