2013 Citroen C3 1.0L Petrol · YH63 AEB

The 2013 Citroën C3 has maintained a clean MOT history since its most recent test on 2025-07-11 , where it passed without any defects at 70,609 miles . This represents a stable trend over the past two years, with no recurring advisories or failures—an uncommon consistency for a vehicle of this age. The last failure occurred in 2023-06-13 , though no specific faults were recorded, suggesting either a minor oversight or a test anomaly. Since then, the vehicle has passed every subsequent test on time, implying no major mechanical or structural issues have emerged. However, the absence of advisories in recent tests does not preclude underlying wear; a thorough inspection is still essential. The recorded mileage of 70,609 miles over 13 years equates to approximately 5,431 miles per year , which is unusually low for a vehicle of this age. This suggests either light usage, prolonged periods of inactivity, or potential odometer manipulation—though the latter is less likely given the consistent low mileage across multiple MOTs. Notably, there is a 5,000-mile gap between the 2022-06-13 test (65,691 miles) and the 2023-06-13 failure (70,287 miles), followed by another 100 miles before the subsequent pass. Such gaps could indicate the vehicle was either stored or driven infrequently during this period, which may have allowed minor issues to develop unnoticed. Given the lack of recorded defects, the primary focus for an in-person inspection should centre on suspension integrity , particularly the bushings and coil springs , which are prone to deterioration over 13 years. The rear brakes warrant scrutiny, as the 2023 failure (without recorded faults) could hint at binding calipers or uneven wear—common in lightly used vehicles where corrosion or lack of use may have caused sticking. Exhaust emissions should also be checked, as older Citroën models are susceptible to catalytic converter clogging or sensor failures, even if not explicitly noted in past tests. Finally, structural corrosion , particularly around the wheel arches, sills, and underbody, should be examined, as prolonged standing can accelerate rust development in critical load-bearing areas.