2009 Citroen C3 1.6L Diesel · SL09 OPR

A clean sheet across three consecutive test passes, culminating in the most recent pass dated 9 May 2025, presents a reassuring picture for this 2009 Citroen C3 at first glance. However, the sequence of test results reveals a notable pattern of repeated late-entries into the annual test window, with a fail recorded on 2 May 2025 immediately preceding the same-day pass, and a similar dual-visit event on 28 May 2024 (fail) followed by a pass on 4 June 2024. A further pass on 31 May 2023 sits alone without a preceding failure that year. The cause for both recorded failures is not captured in the available data, but the back-to-back nature of these entries strongly suggests that items were identified on initial presentation, rectified off-site, and immediately retested to a pass standard. While the headline outcome is positive, any prospective buyer should be cautious that the exact reason for the 2024 and 2025 failures has not been recorded, and a failed retest is materially different from a clean first-time pass. With 112,980 miles accumulated over seventeen years, this C3 has averaged roughly 6,646 miles annually, a figure that is broadly typical for a vehicle of its age and one that suggests consistent rather than extreme use. There are no large chronological gaps in the MOT history that would indicate long periods off the road, which is favourable because extended standing can be just as damaging to suspension bushes, hydraulic seals, brake calipers, and the 12V battery as high mileage. Equally, the annual accumulation is high enough that consumable wear components such as brake pads, discs, tyres, and exhaust mounting rubbers will have been replaced multiple times. The mileage consistency points to a working car rather than a low-use second vehicle, and mechanically this means the engine, clutch, and gearbox internals have been kept warm and lubricated regularly, though ancillary components associated with urban stop-start use are likely closer to the end of their service life. From a buyer inspection standpoint, the absence of any recorded advisories is unusual for a seventeen-year-old car with this mileage and would warrant a careful physical inspection to confirm the record is genuinely representative. On a test drive, particular attention should be paid to the clutch action and gear selection, as the C3 platform is known for clutch slave cylinder wear that can manifest as a spongy pedal or incomplete disengagement. The electrohydraulic actuators used on certain C3 variants, including those fitted with the semi-automatic gearbox, are a recognised failure point and should be exercised through full cold starts and slow-speed manoeuvres to listen for warning tones or hesitations. Steering should be checked for vagueness around the straight-ahead, a known characteristic of ageing front axle components on this model, and any clonking over uneven surfaces should be noted as a likely sign of worn suspension linkages. Given that no specific components have been flagged by the examiner in the available records, the inspection priorities should fall on the items most commonly failed on C3s of this generation and mileage band. Front brake discs are known to corrode and lip heavily, so a close visual inspection of the disc edges and a feel for pedal pulsation under firm braking is worthwhile, alongside checking the inner faces of the discs for corrosion ridges. The rear trailing arm bushes are susceptible to cracking and deformation on the C3, leading to a vague rear end and premature rear tyre wear, which can be detected by jacking each rear corner and checking for lateral play. The exhaust system, particularly the flexible joint and rear mounting, should be inspected for corrosion and blowing, while the underbonnet should be examined for oil misting from the cam cover and valve cover gasket, both common seepage points on the TU and EP engines fitted to this generation. Finally, a thorough scan for stored fault codes via an OBD diagnostic tool is advisable, as age-related sensor degradation on the engine management system will not appear in MOT records but can influence driveability and emissions readiness at the next test.