2015 Toyota Auris 1.8L Hybrid electric (clean) · DV64 ADO

This Toyota Auris currently holds a valid MOT certificate issued on March 10, 2026, though the vehicle exhibits a clear downward trend in mechanical condition. While the car passed its most recent inspection, the presence of structural corrosion on the outer sill and widespread suspension bush wear indicates that maintenance is becoming reactive rather than preventative. The recurring nature of these faults suggests that the vehicle is being operated at the limit of its mechanical viability, with several items flagged as advisories that will require imminent intervention to maintain roadworthiness. The vehicle has covered a significant 295,163 miles over its eleven-year lifespan, averaging approximately 26,800 miles annually. This high-intensity usage is reflected in the rapid accumulation of wear-related defects. Between March 2025 and March 2026 alone, the vehicle covered over 21,000 miles, placing immense strain on the drivetrain and chassis. The MOT history reveals a pattern of deferred maintenance, particularly evidenced by the 2025 test where the vehicle failed due to multiple tyres with exposed cords and an inoperative engine management light, suggesting that basic upkeep was neglected until the point of failure. Prospective buyers must conduct a rigorous physical inspection of the structural integrity of the sills, as the recorded corrosion hole is a critical concern for a vehicle of this age and mileage. The suspension system requires a comprehensive overhaul, as the persistent wear across multiple arm bushes and trailing arms points to significant fatigue in the chassis components. Furthermore, the parking brake efficiency recorded at 17 percent is dangerously low and suggests that the braking system, including the previously leaking hydraulic calipers, has not been serviced to a professional standard. Given the high mileage and the volume of recurring advisories, the vehicle represents a high-risk purchase requiring immediate and substantial financial investment to address long-term mechanical degradation.