2003 Subaru Forester 2.0L Petrol · FP03 USC

The vehicle is currently roadworthy but the maintenance history reveals a concerning trend of reactive rather than proactive upkeep. While the most recent test in October 2025 at 155,595 miles passed, it carried multiple advisories regarding tyre wear and a damaged windscreen. The record shows instability during 2023 and 2024, where the vehicle failed twice due to significant mechanical and electrical faults, suggesting that previous owners only addressed defects once they became a barrier to legal taxation. At 155,595 miles over 23 years, the Forester averages approximately 6,765 miles per year, which is consistent with low-to-moderate annual usage. The data shows steady annual mileage, with roughly 7,800 miles covered between the 2023 and 2024 tests, and another 7,700 miles leading to the 2025 test. However, the low annual mileage does not exempt the vehicle from the degradation of rubber components and fluids, which is evident in the recurring suspension failures. A buyer must conduct a thorough physical inspection of the suspension system, as the history highlights repeated failures of anti-roll bar linkage ball joints and a front lower arm ball joint. The 2024 failure specifically flagged an offside rear wheel bearing with excessive play, a serious mechanical risk that indicates a lack of attention to drivetrain components before catastrophic failure. Furthermore, the recurring engine Malfunction Indicator (MIL) faults noted in both 2023 and 2024 suggest a persistent electrical or sensor issue that may not have been fully diagnosed or rectified. The condition of the tyres requires immediate attention, as the October 2025 test noted multiple tyres reaching the legal limit with uneven edge wear, which often indicates alignment issues. Given the age of the vehicle and the previous serious fluid leak on a shock absorber, a check for structural corrosion on the chassis and the integrity of the remaining suspension dampers is essential. The vehicle appears to be on a cycle of minimum necessary maintenance, which increases the likelihood of hidden wear in the aging components.