2009 Citroen Xsara 1.6L Diesel · LB58 FTT

The 2026‑01‑19 MOT at 162,464 miles passed, confirming the vehicle currently satisfies the basic roadworthiness criteria, yet the maintenance record reveals a pattern of recurring faults rather than steady improvement. Earlier failures at 160,398 miles in 2025 highlighted corroded front brake discs and lamp failures, while a 2024 test at 155,665 miles exposed serious near‑side front chassis corrosion that compromised structural strength. The most recent inspection cleared only minor front brake disc wear, indicating that the underlying issues have not been resolved. Covering roughly 9,500 miles per year, the odometer reflects typical usage for a 17‑year‑old model, but the timeline shows uneven mileage gain. From the 2024‑01‑23 failure at 155,665 miles to the 2025‑01‑21 failure at 160,398 miles, the vehicle accumulated 4,800 miles in a single month, a rate far above the average annual increase. Earlier periods such as 2020‑12‑08 to 2021‑12‑09 show a slower rise of about 8,000 miles over a year, suggesting intervals of low use followed by periods of higher activity. A buyer should first inspect the front brake discs for pitting, scoring or inner‑edge corrosion, and verify that the calipers move freely without binding. The near‑side front and rear sills, as well as the chassis sections within 30 cm of the body mounting sills, require close examination for rust penetration that could weaken structural integrity. Suspension components, notably the anti‑roll bar linkage dust cover and bushes, should be checked for wear, and the tyre tread on the near‑side rear tyre must be measured against the legal limit. Finally, the lamps, washer jets, headlamp aim and exhaust mounting must be tested for proper operation and absence of excessive smoke. Although the latest test cleared minor items, the repeated brake disc corrosion, structural rust and suspension wear indicate that substantial remedial work may be required for long‑term reliability. A thorough physical inspection before purchase is essential to confirm that these defects have been addressed or to identify additional faults not captured in the MOT history.