2006 Toyota Yaris 1.4L Diesel · GD06 HXF

The vehicle currently holds a valid MOT certificate dated 2026-06-18, indicating that the most recent test was passed on 2025-10-08 with a total mileage of 139,578 miles. This recent test date is approximately 16 months prior to the current date, placing the vehicle in a period where the MOT record is relatively fresh but the mechanical condition of the car may have deteriorated over the intervening years. The test outcome remains unchanged, confirming that the vehicle's roadworthiness is currently valid, though the history suggests a potential trend of worsening maintenance habits. The mileage data indicates that the vehicle has experienced rapid accumulation of wear, particularly in the brake and suspension systems. The most recent test at 139,578 miles was conducted on 2025-10-08, which is about 16 months into the current year. The vehicle has not shown a consistent pattern of stable mileage; instead, the mileage has increased significantly, suggesting that the owner may have been relying on a higher mileage limit or that the vehicle has been driven less frequently than the average for its age. This rapid growth in mileage, coupled with the fact that the most recent test was passed on a date roughly 16 months ago, implies that the owner may have been skipping routine maintenance or that the vehicle has been driven for a long period with minimal attention to the mechanical components. The mechanical assessment reveals several recurring faults that require inspection. The most serious issues are the failing rear brakes, which have been flagged multiple times since the 2025-10-08 test, including thin brake pads and worn brake discs. The suspension components, specifically the shock absorbers and rear exhaust mounting bracket, have also been reported as defective or showing signs of wear. These recurring structural and mechanical risks, such as the failing brakes and worn suspension parts, suggest that the vehicle is not in good condition and may require immediate professional intervention to prevent further damage to the drivetrain and suspension system.