2008 Toyota Auris 1.6L Petrol · FL08 CSZ

The 2008 Toyota Auris presents a stable and highly commendable maintenance trend, culminating in a completely clean pass on 5 August 2025 at 88,228 miles. The most recent test recorded zero defects, indicating the vehicle currently meets all required safety and environmental standards without any advisories. This unblemished record over the last three years demonstrates a resolving trend of mechanical reliability, with no recurring faults to suggest underlying neglect or systemic failure. At approximately eighteen years old, the recorded mileage of 88,228 miles equates to an average annual accumulation of roughly 4,902 miles, which is notably low for its age. The MOT history confirms this gentle usage pattern, showing a steady, incremental increase: 79,224 miles in August 2022, 81,558 miles in August 2023, and 85,122 miles in August 2024. The mileage plateaued slightly between the August 2024 test and the August 2025 test, covering just over 3,000 miles in that twelve-month period. Such low mileage typically reduces wear on consumables and drivetrain components, though prolonged stationary periods can cause its own issues like perished rubber or brake disc surface corrosion. Despite the clean MOT record, the anomaly on 15 August 2024 warrants attention; the vehicle failed its initial test at 85,122 miles yet passed a retest on the same day with no defects recorded, suggesting a minor, swiftly rectified issue or an aborted initial assessment. Given the low annual mileage, a physical inspection should focus on components that degrade with age and inactivity rather than mileage. Examine the condition of the suspension bushes and coil springs for perishing, and check the brake calipers and discs for binding or surface corrosion caused by standing. Inspect the tyre sidewall dates and tread depth, as low-mileage vehicles often require replacement due to dry rot rather than wear. Finally, verify the structural integrity of the underbody and exhaust system for corrosion, as lighter use can sometimes accelerate moisture-related rust in sheltered areas.