2004 Citroen C3 1.4L Petrol · EA04 KLM

The 2004 Citroën C3 presents a mechanical profile dominated by recurring technical issues rather than a steady decline in condition. From the 2017 failed test introducing persistent anti-roll bar linkage ball joint play through both front and near-side assemblies, the same problem resurfaced in 2018 before finally being cleared in the November 2021 pass. Concurrent with this, the anti-roll bar failures were accompanied by tyre wear warnings on both front tyres reaching close to the legal limit at least twice, a minor rear exhaust leak noted in 2016, and sustained issues with the exhaust system including deterioration in 2017 and 2019. The 2021 passing test confirmed the vehicle remained roadworthy despite these accumulated concerns, yet the persistence of minor windscreen damage and ongoing exhaust deterioration indicates that underlying maintenance has been inconsistent over the past decade. The recorded mileage of 99,601 miles on a 2004 model year vehicle represents an unusually low figure for its age, equating to roughly 4,500 miles per year when spread evenly across the available test dates. While the test history shows irregular intervals—including two consecutive failures in late 2017 followed by a single test in early 2018, then another gap extending to September 2020—the absence of a MOT since 2021 suggests the car may have experienced prolonged periods of inactivity or infrequent driving. Low mileage combined with the documented wear on the anti-roll bars and tyres implies that suspension components have been subjected to limited stress cycles, whereas the brake system and exhaust components have endured continuous exposure. This usage pattern raises questions about whether the vehicle was regularly driven or stored for extended periods, which would affect how quickly critical wear points have progressed. Focusing on the specific components flagged in the MOT record, the anti-roll bar linkage is the primary concern requiring immediate attention. The 2.4.G.2 advisory citing slight play in the ball joints appears consistently from 2017 onward, indicating progressive wear that could compromise handling stability and increase wheel hop during cornering. During a test drive, listen for a rhythmic knocking or pulsating sensation as the car turns, and observe whether the steering feels loose or requires additional effort when navigating curves. The repeated tyre wear warnings (4.1.E.1) demand a visual inspection for uneven tread depth, edge cracking, and any signs of lateral wear that might point to alignment or suspension geometry issues compounded by the anti-roll bar problems. Given the low mileage, the tyres may still retain some flexibility, but the proximity to legal limits suggests they are nearing end of life regardless of total distance travelled. The brake system and exhaust package represent additional areas where the MOT advisories signal potential reliability risks. The 2021 advisory noting that the brake pipe has become corroded and greasy warrants a direct inspection for visible rust, internal pitting, or dampness along the brake line routing, as this could lead to reduced braking effectiveness or a spongy pedal feel under load. When testing the brakes, pay particular attention to any vibration transmitted through the steering column or pedal when applying pressure firmly. Similarly, the repeated exhaust system failures—from minor leaks in 2016 to general deterioration in 2017 and 2019—should be verified by the buyer through a thorough visual and olfactory examination of the exhaust manifold, muffler, and piping. A burning smell or smoke upon acceleration could indicate further deterioration that is not reflected in the written record. Both the brake and exhaust systems benefit from professional inspection before finalising the purchase, as these issues, while not outright failures, point to components that require timely servicing to maintain safety and compliance.