2008 Toyota Auris 1.6L Petrol · FE08 NMA

The 2008 Toyota Auris presents a stable and exemplary maintenance trend, culminating in a clean pass on 27 August 2025 at 86,606 miles. The most recent test recorded zero defects, indicating the vehicle currently meets all required roadworthiness standards. A prior failure on the same day at 86,605 miles shows no recorded defects, suggesting an administrative anomaly or an immediate retest following an initial procedural issue rather than a mechanical fault. The absence of any advisories or failures across the last three consecutive annual tests demonstrates a resolving trend of mechanical integrity, with the vehicle requiring no remedial attention at its recent inspections. The mileage accumulation aligns precisely with the vehicle's age, reflecting exceptionally light usage. Between 15 August 2022 at 81,274 miles and 15 August 2024 at 84,939 miles, the Auris covered just 3,665 miles over two years. This annual average of roughly 1,832 miles confirms the vehicle has been driven sparingly. The mileage increased by only 1,667 miles between 31 August 2023 and 27 August 2025, further reinforcing the low-mileage profile. Such minimal accumulation typically reduces wear on consumables and drivetrain components, though prolonged periods of standing can introduce its own degradation risks. Because the MOT history contains zero advisories or mechanical defects, the record itself offers no recurring faults to scrutinize. However, a vehicle covering fewer than 2,000 miles annually over an extended period demands a specific physical inspection. A buyer should verify the condition of perishable rubber components, including suspension bushes and tyre sidewalls, which can perish from age and standing rather than mileage. Brake discs may exhibit surface corrosion from prolonged inactivity, and the exhaust system requires checking for moisture-induced corrosion. Inspecting the structural integrity of the underbody and around the sills remains prudent to ensure long periods of standing have not accelerated any localised rust formation.