2003 Volkswagen Golf 1.9L Petrol · FC03 MYB

The vehicle's roadworthiness shows signs of recent instability, with the most recent recorded MOT from December 2021 indicating a decline in maintenance standards compared to previous years. While the car passed its 2021 test at 133,676 miles, the record shows a failed attempt just six miles prior at 133,670 miles. This failure highlighted several significant issues, including a lagging offside rear service brake and incorrect headlamp aim. The subsequent pass included advisories for worn front brake pads, multiple tyres nearing the legal limit, and a minor exhaust blow at the catalytic converter welded joint. The mileage pattern suggests a vehicle that has been used sparingly, averaging approximately 5,812 miles per year over its 23-year lifespan. This low annual usage is consistent with the data, showing a steady climb from 65,081 miles in 2011 to 133,676 miles in 2021. However, there is a notable lack of recent testing data, as the last recorded MOT was completed nearly five years before the current date of July 2026. This significant gap in documentation means the current mechanical state and legal compliance of the vehicle cannot be verified through official records. A prospective buyer should prioritise a thorough inspection of the braking system and rear suspension components. The December 2021 record specifically flagged an overheating offside rear disc and a lagging brake, which suggests a history of binding calipers or sticking components. The presence of slight play in the front top suspension mounts in the May 2019 test at 107,223 miles further indicates that suspension bushes and mounts may require attention. The recurring issues with lighting, such as the failures in 2016 and 2012, appear to be minor consumable or electrical faults, but the exhaust leak and tyre wear noted in 2021 represent more immediate maintenance requirements. Given the age of the vehicle and the low mileage, an inspector should also check for signs of corrosion on the underside and exhaust system, as long periods of inactivity can often lead to structural deterioration despite low odometer readings.