2014 Citroen C4 1.6L Diesel · LN14 AHZ

The 2014 Citroen C4 demonstrates stable roadworthiness based on its most recent MOT on 2026-03-05 at 157,044 miles, which passed with no defects. However, a failed test on 2025-03-20 at 149,158 miles—also recorded as having no defects—raises questions about the reliability of the testing process or potential unresolved issues. The intervening test on 2025-03-27 at 149,182 miles passed without issues, suggesting any prior failure may have been rectified promptly. The absence of defects in the last three tests (2024-03-25, 2023-03-07, and 2026-03-05) indicates consistent maintenance, though the high mileage of 157,044 miles for a 12-year-old vehicle implies accelerated wear on components like suspension bushes, brake discs, and exhaust systems. The vehicle’s mileage of 157,044 miles over 12 years equates to an average of 13,087 miles annually, which is above the typical range for its age. This suggests frequent use or long-distance commuting, increasing the likelihood of wear on consumables such as tyres and brake linings. The MOT records show a consistent testing interval of approximately one year, with no significant gaps, but the 2025-03-20 failure without recorded defects complicates the assessment of its mechanical health. The lack of detailed fault codes or advisories in the history limits insight into potential underlying issues, such as corrosion or drivetrain stress. A buyer should prioritise inspecting the suspension system for worn coil springs or binding calipers, as high mileage often accelerates these components’ degradation. The exhaust system and structural integrity should also be checked for corrosion, particularly given the vehicle’s age. While no major defects were recorded in recent tests, the 2025 failure and high annual mileage warrant a thorough pre-purchase inspection to confirm the absence of unresolved issues, such as hidden rust or brake system inefficiencies. The absence of advisories in the latest test is reassuring, but the vehicle’s usage pattern necessitates careful evaluation of its mechanical condition.