2001 Peugeot 206 1.4L Petrol · Y96 DBD

The vehicle's roadworthiness shows a pattern of reactive maintenance rather than proactive care, with the most recent test in November 2022 indicating a slight worsening of mechanical condition. While the car passed its last inspection at 81,117 miles, the tester flagged an oil leak and multiple tyre defects, including a near-side front tyre worn to the legal limit and an off-side rear tyre showing signs of perishing. These issues, combined with recurring lighting faults, suggest a tendency to address only the most immediate failures required to secure a pass. The mileage profile is exceptionally low for a 25-year-old vehicle, averaging approximately 3,245 miles per year. Between November 2021 and November 2022, the vehicle covered 17,978 miles, which represents a significant departure from its historical annual average and suggests a period of much heavier usage. This sudden increase in mileage often correlates with the appearance of the wear-related issues seen in the 2022 record, such as the degraded tyres and the newly identified oil leak. A prospective buyer must closely inspect the engine bay for the source and volume of the oil leak noted in November 2022, as leaks in older Peugeot engines can escalate quickly. The suspension history shows recurring issues with lower arm bushes and anti-roll bar ball joint covers, specifically between 2020 and 2021. Given the age of the vehicle, the structural integrity of the exhaust system requires a thorough check; the records show consistent corrosion of the exhaust centre pipe and tail pipe dating back to at least 2013. Braking components also warrant a physical inspection. The November 2021 test highlighted thin front brake pads and a parking brake that only just met efficiency standards, suggesting the braking system may require adjustment or component replacement. Finally, check the condition of all rubber components, such as suspension bushes and tyre sidewalls, as the history of perishing tyres and deteriorated dust covers indicates that long periods of inactivity may have caused rubber degradation.