2018 Subaru Outback 2.0L Diesel · OU18 SXT

The latest MOT test conducted on 27 November 2025 resulted in a pass with no defects recorded. Reviewing the history since early 2023, the vehicle has maintained a remarkably clean record with an absence of recorded advisories or significant failures. This indicates a stable and positive maintenance trend, suggesting that the previous owner has likely been proactive in addressing mechanical wear and tear before the official annual inspection. The recorded mileage of 96,781 miles over approximately eight years equates to an annual average of roughly 12,098 miles. This is considered high usage for this vehicle type, which implies a greater degree of wear on primary consumables and drivetrain components. High-mileage vehicles are more susceptible to the degradation of suspension bushes, shock absorbers, and engine mounts, as well as increased wear on the all-wheel-drive system and transmission components. Given the exceptionally clean MOT record, the buyer should focus on physical inspections that a standard test may overlook. It is critical to examine the condition of the suspension components for any signs of leaking struts or perished rubber bushes. During a test drive, listen for clunks or knocks over uneven surfaces and feel for any steering vagueness or vibration through the chassis, which could indicate worn wheel bearings or steering rack play. Check the tyre treads for uneven wear patterns that might suggest alignment issues or worn suspension geometry. Furthermore, verify the service history to ensure that time- and mileage-critical items have been addressed. Specifically, check for evidence of differential fluid changes and CVT transmission servicing, as these are vital for the longevity of a high-mileage Subaru. Inspect the brake discs for uneven wear or lip formation and ensure the brake pedal feels firm without excessive travel. Finally, check the engine oil and coolant condition, as high-mileage engines require strict adherence to fluid intervals to prevent premature internal wear and maintain thermal efficiency.