2009 Skoda Octavia 1.9L Diesel · AF59 YUB

The vehicle's MOT record demonstrates a declining roadworthiness trend, with the most recent test on 2025-05-02 showing a PASSED status at 159,685 miles, indicating that the vehicle has not undergone a full MOT cycle since 2025. This assessment is grounded in the fact that the last MOT was taken approximately two years ago, placing the vehicle at the end of its typical service window for a used car. The data reveals a clear pattern of failure, specifically regarding the rear brake systems and suspension components, which suggests that basic upkeep and regular maintenance were likely skipped or neglected by previous owners. The mileage accumulation over the period is not uniform; while the 2025 test shows 159,685 miles, the 2023 test at 153,839 miles indicates that the vehicle has experienced significant wear on the drivetrain and suspension bushings since the last test. This gap of roughly 5,846 miles between the two 2023 and 2025 tests suggests a rapid accumulation of wear, likely due to heavy driving or a lack of regular servicing. The specific failure dates, such as the anti-roll bar fracture and suspension arm pin wear, confirm that the vehicle has been subjected to significant stress, particularly in the rear suspension and braking system, which are critical components for roadworthiness. Given the structural and mechanical risks identified, the buyer must conduct a physical inspection to evaluate the condition of the rear suspension bushes, coil springs, and brake discs. The presence of a fractured anti-roll bar and excessively worn suspension components in the 2023 test indicates that the vehicle's structural integrity may be compromised, requiring immediate attention to prevent further failure. Furthermore, the failure of the registration plate lamp and the anti-lock braking system warning lamp in the 2025 test suggests that the ABS and lighting systems have been unreliable, necessitating a full brake and lighting overhaul. A complete MOT must be taken in the future to verify that the vehicle meets current safety standards and to assess the condition of these critical components.