2009 Subaru Impreza 2.5L Petrol · FY59 FKE

The vehicle maintains a stable roadworthiness profile across its recorded history, with every official test since November 2016 resulting in a pass. The most recent examination in November 2021 at 67,987 miles returned clean aside from a single minor advisory regarding perished or cracked tyres. This consistent passing record indicates that core mechanical and structural components have remained within acceptable tolerances without escalating defects. Previous owners appear to have adhered to mandatory annual inspections, and the absence of repeated failures suggests a predictable maintenance routine rather than reactive repairs. Mileage accumulation tells a different story, and the official records terminate in November 2021, leaving a substantial four-year gap relative to the current date. Between the November 2016 test at 61,569 miles and that final entry, the car covered merely 6,418 miles. That equates to roughly 1,280 miles annually, which sits well below the average for a vehicle of this vintage. Such minimal usage often points to extended periods of storage or secondary duty rather than regular commuting. The clean MOT log during this span confirms that low mileage did not trigger mechanical failures, though prolonged inactivity typically accelerates rubber degradation and static corrosion. A prospective buyer should prioritise an in-person assessment of age-sensitive components before committing. The tester noted cracking or perishing across the tyre tread, which signals advanced polymer breakdown common in vehicles that sit idle. Inspect the suspension bushes, coil springs, and anti-roll bar links for dry rot or fatigue, as lack of movement prevents natural lubrication and wear cycles. Examine the brake discs, callipers, and handbrake cables for surface rust or binding, particularly if the car spent months stationary. Check the structural integrity of the floor pans, sills, and rear wheel arches for early corrosion, and verify that all fluid seals remain pliable. Addressing these storage-related wear points will establish a reliable baseline for ongoing ownership.