1998 Subaru Impreza 2.0L Petrol · R752 BAY

The most recent MOT, carried out on 24 April 2025, was a pass with no recorded defects, indicating that at the time of testing the vehicle met the statutory safety and emissions standards. However, the two preceding tests in February and early April 2025 were recorded as failures despite no specific faults being logged, suggesting that the vehicle may have suffered intermittent issues or administrative non‑compliance that were not captured in the report. Overall the pattern shows a recent improvement, but the unexplained failures hint at a need for a thorough on‑site inspection to confirm that the underlying condition is genuinely stable. With only 54,248 mi recorded over 28 years, the average annual usage is roughly 1,900 mi, which is considerably below the typical UK average for a car of this age. Such low utilisation often points to long periods of inactivity, possibly in a garage or driveway, rather than continuous low‑mileage running. While reduced wear on engine and drivetrain components can be a benefit, prolonged standing can accelerate corrosion of chassis members, deterioration of rubber seals, and perishing of tyre compounds, all of which can manifest suddenly when the car is driven again. For a vehicle that has seen limited mileage and appears to have been idle for extended periods, the buyer should give particular attention to tyre age and condition; check the DOT code on the sidewalls to confirm that the tyres are not older than six years, and inspect for sidewall cracking, tread separation or uneven wear that may indicate hidden structural damage. Examine the under‑carriage, wheel arches and suspension mounting points for rust, especially around the rear sub‑frame and front strut towers, and verify that the suspension bushes, ball joints and coil springs are free of cracking or excessive play. The 1998 Impreza is equipped with a timing belt that typically requires replacement at around 60 000 mi or every five years; given the age and mileage, the belt and associated tensioner should be inspected for signs of wear, oil contamination or fraying, as failure would result in catastrophic engine damage. Assess the health of fluid‑based systems that degrade with time regardless of use: inspect the coolant for correct level, colour and lack of sludge, and consider a complete coolant flush if the service history is unclear. Check the brake fluid for moisture content and replace it if it appears dark or contaminated, as old fluid can lead to reduced braking performance and corrosion of calipers. Test the 12 V battery for voltage and cranking ability, and look for signs of sulfation or leaking electrolyte, which are common after long storage. Finally, verify that all electrical connections, especially the ground straps and engine‑bay wiring, are free of corrosion, and confirm that the vehicle has a full service record or at least evidence of recent oil changes, filter replacements and air‑filter condition to ensure the engine’s internal lubrication regime is sound.