2002 Subaru Forester 2.5L Petrol · LJ51 HMP

The 2002 Subaru Forester currently holds a valid MOT, having passed its most recent test on 21 September 2022 at 128,332 miles with zero defects recorded. That certificate expired in September 2025, meaning the vehicle has been without a valid MOT for roughly nine months as of today's date in June 2026. The maintenance trend appears stable based on the limited window of data, but the absence of a current test is a significant concern. A buyer cannot verify the car's present roadworthiness without a fresh inspection. The mileage pattern tells an unusual story. Between the failed test on 19 August 2022 at 128,329 miles and the passed test just over a month later on 21 September 2022 at 128,332 miles, the vehicle covered only three miles. There are no subsequent MOT entries to indicate whether the car has been driven regularly, laid up, or even taxed since the certificate expired. At roughly 5,347 miles per year over 24 years, this is a low annual average for a vehicle of this type, but the near-zero movement between two consecutive tests raises the possibility of long-term storage. Extended standing can cause its own problems, including seized brake calipers, perished rubber bushes, flat-spotted tyres, and fuel system deterioration. The August 2022 failure flagged all four tyres below the 1.6mm legal tread limit, along with a missing rear fog lamp. Replacing every tyre simultaneously suggests the previous owner addressed the issue comprehensively rather than patching individual corners, which is a positive sign. However, no further MOT exists to confirm whether the fog lamp was repaired or whether tyre condition has been maintained since. A prospective buyer should inspect all four tyres for uneven wear, sidewall cracking, and date codes, particularly if the car has sat unused for an extended period. The braking system deserves close scrutiny as well; Subaru Foresters of this era are known for binding rear calipers and corroded brake lines, especially after prolonged inactivity. Beyond the documented faults, the chassis and subframes on 2000s-era Subarus are highly susceptible to structural corrosion, particularly around the rear suspension mounting points, sills, and brake line routes. A physical inspection underneath the vehicle is essential, as surface rust can hide severe section loss on a car that has covered relatively few miles. The boxer engine should be checked for oil leaks from cam cover and crank seals, and the exhaust system should be examined for corrosion given the emissions test was not even attempted at the August failure. Until a fresh MOT is carried out, this vehicle's true condition remains unverified.