2005 Subaru Legacy 2.0L Petrol · WD05 TYK

The most recent DVSA MOT test for this 2005 Subaru Legacy was conducted on 9 February 2022, resulting in a pass with no defects or advisories recorded against the vehicle. This outcome is positive, although the test immediately prior, dated 7 February 2022, was recorded as a failure with no defects listed, which is unusual and likely indicates either an administrative or data entry irregularity, or a very minor issue that was rectified within two days. With no advisories logged, the maintenance trend appears stable based on the official record, but the lack of subsequent MOT entries after February 2022 means the vehicle has not been re-examined in over four years, which limits the inspector's ability to confirm ongoing roadworthiness. A prospective buyer should treat the 2022 pass as historical context only and prioritise a fresh pre-purchase inspection given the gap in testing. The recorded mileage of 157,356 miles on a 21-year-old vehicle equates to an average annual usage of roughly 7,493 miles, which is broadly typical for a car of this age, whether used primarily for commuting, leisure, or a mixture of both. However, the absence of mileage progression data between the February 2022 tests and the present date makes it impossible to verify whether the vehicle has continued to accumulate miles at a normal rate, has covered very little ground, or has potentially been standing for extended periods. Standing or low-use conditions on a legacy Subaru of this vintage commonly accelerate corrosion on underbody components, exhaust systems, brake discs, and callipers, while calendar-based degradation affects rubber seals, drive belts, hoses, and lubricants independent of distance travelled. Given the age of the vehicle and the gap in MOT history since early 2022, a buyer should perform a thorough physical inspection regardless of the clean test record. Tyres warrant particular attention, as 21-year-old rubber is prone to sidewall perishing and cracking even if tread depth remains adequate; any tyres fitted should display a recent DOT date code and show no signs of crazing or UV damage. Brake discs and calipers are likely to exhibit surface corrosion from standing, and binding calipers should be checked by feeling for uneven resistance on a test drive, alongside any pulling to one side or a soft pedal suggesting hydraulic issues. The exhaust system, subframe, rear trailing arm bushes, and rear wheel arches on the Legacy are well-known corrosion hot spots and should be examined on a ramp for structural integrity, while fluid conditions including engine oil, coolant, brake fluid, and the four-wheel-drive system transfer and differential oils should be verified for age-related degradation and contamination. Beyond mechanical wear points, the test drive itself should focus on symptoms characteristic of an ageing Subaru of this mileage and vintage, including any knocking or clonking from the front or rear suspension indicating worn strut top mounts, anti-roll bar drop links, or rear trailing arm bushes, and any shuddering under braking pointing to distorted brake discs. The horizontally opposed flat-four engine should start promptly from cold without excessive smoke, run smoothly without timing belt area rattles, and display steady oil pressure; listen for any knocking from beneath the vehicle suggesting worn drive shaft or gearbox mounts. Given that the timing belt and cambelt service interval on this generation of Legacy is typically due every 90,000 to 100,000 miles or six to seven years, verify documentary evidence that this work has been carried out, along with recent replacement of the spark plugs, air filter, fuel filter, and crankcase breather hoses. A 12V battery health check is advisable given the age, and a diagnostic scan for stored fault codes across the engine, transmission, and anti-lock brake systems will reveal any latent electronic issues not surfaced through standard MOT testing, completing a comprehensive assessment appropriate for a vehicle of this profile.