2004 Subaru Legacy 3.0L Petrol · EX54 WWL

The Subaru Legacy presents an exceptionally clean MOT history, with the most recent test on 12 February 2025 at 146,164 miles resulting in a pass with zero recorded defects. This streak of clean passes extends back to February 2020, indicating a stable and well-maintained vehicle. The absence of even minor advisories over the last five years suggests that the previous owner proactively addressed consumable wear before it reached the point of failure, reflecting a high standard of mechanical diligence. The vehicle has covered 146,164 miles over its 22-year lifespan, averaging approximately 6,644 miles annually. This usage pattern is consistent and suggests the car has been used regularly rather than left standing for extended periods, which is often beneficial for preventing the seizure of mechanical components and the degradation of seals. The mileage accumulation between tests has remained steady, with roughly 3,500 to 4,500 miles added per year since 2020, confirming that the vehicle is currently in active service. While the MOT record is exemplary, a prospective buyer must look beyond the test certificate to assess the structural integrity of a vehicle of this age. Subaru models from this era are prone to corrosion in the rear subframe, wheel arches, and sills, which may not always be captured in a surface-level inspection. You should specifically check the condition of the suspension bushes and the integrity of the exhaust system, as these components often reach the end of their service life on a 2004 model regardless of how well it has been driven. Verify that the timing belt has been replaced at the appropriate intervals, as this is a critical maintenance item for the Subaru boxer engine that does not appear in the MOT data. Given the clean test history, the primary concern remains long-term exposure to road salt and moisture. Inspect the underside thoroughly for any signs of underseal masking or recent welding repairs, as the lack of advisories may mask the natural progression of age-related metal fatigue.