2009 Vauxhall Insignia 1.8L Petrol · BK09 LXF

The vehicle is in a poor state of roadworthiness with a clearly worsening maintenance trend. The most recent MOT test conducted in June 2024 at 125,958 miles resulted in a comprehensive failure with fourteen separate defects, indicating a significant lapse in basic upkeep. While the vehicle passed in 2020 and 2022, the 2024 record reveals a cascade of mechanical failures across safety, structural, and emission systems that suggest the previous owner neglected deferred repairs until a total failure became unavoidable. At 17 years old with 125,958 miles, the Insignia averages approximately 7,400 miles per year, which is consistent with typical low-distance usage. However, the data shows a concerning gap in testing between January 2022 and June 2024, during which the vehicle covered over 5,000 miles. This period of neglect coincides with the transition from minor advisories to a multi-point failure, suggesting that the lower annual mileage has masked the fact that the vehicle may have suffered from periods of standing or a lack of regular professional inspections. A buyer must conduct a thorough inspection of the structural integrity and suspension components. The record shows recurring corrosion on the sub-frame and underbody suspension dating back to 2022, which has persisted and worsened. The 2024 failure specifically flagged corroded coil springs, leaking shock absorbers, and worn axle swivel bushes, which indicate the suspension is nearing exhaustion. The failure of all four tyres for being below the legal limit of 1.6mm confirms that basic consumable maintenance has been ignored. Serious mechanical attention is also required for the braking and safety systems. The 2024 test identified an inoperative Malfunction Indicator Lamp, which is a critical fault as it hides potential engine issues. Furthermore, the failure of multiple rear seat belt buckles and the driver's seat adjustment mechanism represents immediate functional safety risks. Given the insecure exhaust system and the poor parking brake efficiency, the vehicle likely requires significant investment to return it to a safe and roadworthy condition.