2007 Citroen Xsara 1.6L Diesel · YT07 MYG

The vehicle maintains a valid roadworthiness status but the history reveals a concerning trend of structural degradation. While it passed the most recent test in October 2025 at 92,713 miles, this followed a significant failure just two days prior. The repair of the offside front track rod end dust cover addressed a mechanical fault, but the underlying structural issues regarding the sills and coil springs persist, suggesting that the vehicle is reaching a stage where corrosion is becoming the primary concern. At 19 years old, the recorded mileage of 92,713 miles represents a low average of approximately 4,880 miles per year. This low usage often correlates with the perishing of rubber components and accelerated oxidation, which is evident in the record. Between October 2023 and October 2024, the car covered 4,938 miles, showing a consistent low-use pattern. However, the lack of mileage has not prevented the progression of rust, indicating that the vehicle is suffering from environmental factors rather than mileage-related wear. A buyer must conduct a thorough physical inspection of the sills and seat belt anchorages. The 2024 failure specifically highlighted reduced strength in these areas due to sill corrosion, which is a critical safety concern. Although the car passed in 2025, the tester still noted corrosion on the front sub-frame and suspension arm from the previous year. These areas need to be monitored for structural thinning to ensure the metal has not become compromised beyond the point of repair. The suspension also requires close attention. Both front coil springs have been flagged as corroded since at least October 2024 without evidence of being replaced. Furthermore, the history of perishing tyres across multiple axles in 2024 and the previous deterioration of the CV boot in 2023 suggest that all rubber-based components are failing due to age. Any prospective buyer should check for cracks in boots and signs of deep pitting on the springs to avoid imminent mechanical failure.