2003 Subaru Forester 2.0L Petrol · DG03 ETE

The vehicle's overall roadworthiness is currently non-compliant, as the most recent MOT on 2026-06-18 failed. This failure occurred at 119,905 miles in November 2025, placing the test date approximately 10 months prior to the current date of 2026-06-18. The maintenance history indicates a clear trend of worsening condition, driven by rapid mileage accumulation over the past two years. The vehicle has been tested in November 2025, October 2025, and December 2024, with the most recent failure occurring in December 2024 at 113,190 miles. This pattern suggests that the vehicle's mechanical integrity has deteriorated significantly over time, particularly in the suspension and braking systems, rather than being a result of a single incident. The data shows that the vehicle has been tested multiple times but consistently failed, with the most recent failure occurring in December 2024 at 113,190 miles, indicating that the condition has not improved since the last successful test. The mileage pattern reveals a notable gap between the vehicle's age and its current performance. The 2003 Subaru Forester is approximately 23 years old, yet it has only been tested once in November 2025. This represents a significant lack of maintenance history, as the vehicle has not been serviced in the past two years. The mileage accumulation is high, averaging roughly 5,200 miles per year, which is consistent with the vehicle's age and suggests that the owner has maintained a high mileage level without addressing the underlying mechanical issues. The test on 2025-11-07 was conducted at 119,905 miles, while the most recent failure on 2024-12-23 was at 113,313 miles, confirming that the vehicle has experienced a substantial loss of structural rigidity over the last two years. This rapid mileage increase without corresponding maintenance suggests that the vehicle is likely in a state of imminent breakdown due to wear and tear on critical components. Given the recurring failures in the suspension, brakes, and structural integrity, a buyer must inspect the vehicle for active mechanical risks. The most critical areas to evaluate are the suspension components, specifically the rear and front shock absorbers, suspension arms, and ball joints, which have been repeatedly flagged as worn or failing. Additionally, the braking system must be inspected for binding conditions, as the most recent test on 2025-11-07 flagged the front brake pad as wearing thin. The rear sub-frame and integral body structure are also flagged as corroded, which poses a risk to the vehicle's structural integrity and potential safety hazards. The buyer should also verify the condition of the headlamps and lower suspension components, as these were identified as having incorrect aim or wear, which could affect visibility and handling. A thorough physical inspection is required to assess the condition of the suspension, brakes, and structural components, as well as to identify any other potential issues such as exhaust emissions or corrosion that may have been overlooked in the MOT records.