1990 SUBARU LEGACY2.2L PETROL

The 1990 Subaru Legacy presents a stable but ageing mechanical picture based on the available DVSA MOT records. The most recent test, conducted on 21 August 2008 at 175,405 miles, passed with two minor advisories: a slightly deteriorated section of the exhaust system and front brake pads wearing thin. These are typical consumable and age-related items for a vehicle of this vintage, not indicators of acute mechanical failure. The maintenance trend across the three recorded tests is broadly stable, with no recurring or worsening structural failures, though the record ends nearly eighteen years ago, leaving a significant gap in verified roadworthiness. The mileage pattern tells a story of very light use followed by a complete cessation of recorded activity. Between the August 2006 test at 149,036 miles and the August 2007 test at 163,215 miles, the vehicle covered 14,179 miles in twelve months, a moderate annual figure. However, from August 2007 to August 2008, the odometer moved only 12,190 miles, and critically, the recorded mileage has remained frozen at 175,405 since that 2008 test. For a vehicle now thirty-six years old, the overall average of roughly 4,872 miles per year is exceptionally low, but the complete absence of any MOT record after 2008 strongly suggests the car has been stationary for nearly two decades. Long-term standing poses its own risks, including seized brake calipers, perished rubber bushes, degraded fuel system components, and latent corrosion in brake lines and structural cavities. A buyer should approach this vehicle as a long-term static restoration project rather than a ready-to-drive classic. The advisories from 2008 regarding front brake pad wear and exhaust deterioration are almost certainly worse now after years of inactivity. The braking system demands particular scrutiny: calipers may be binding, discs scored or corroded, and rubber hoses cracked internally. The exhaust system, already flagged as deteriorated in both 2007 and 2008, will likely require full replacement due to internal condensation corrosion from prolonged standing. Suspension bushes, coil springs, and shock absorbers should be inspected for perishing and sag, as rubber components degrade with age regardless of mileage. Fuel tank integrity, fuel lines, and carburettor or injection system function also warrant careful checks given the likelihood of stale fuel and internal corrosion. The structural integrity of the underside, sills, and subframes must be thoroughly examined, as Subaru Legacy models of this era are susceptible to corrosion, particularly if the vehicle has been stored in damp conditions.