2015 Citroen C1 1.0L Petrol · WP15 UPW

The vehicle presented a pass on its most recent DVSA examination dated 15 April 2026, though it should be noted that this followed immediately after a failure recorded on 14 April 2026 for major defects concerning the electronic stability control warning lamp and the engine malfunction indicator lamp. The fact that the retest was successful the day after the failure suggests remedial work was undertaken, which warrants clarification with regard to the nature of the repairs, the rectification evidence, and whether the underlying faults have been durably resolved. Looking at the broader pattern, advisories regarding tyre perishing and brake disc wear have appeared with some regularity over the recorded history, while the recent anti-roll bar linkage advisories and the prior year major ESC and engine management faults indicate that the maintenance trend cannot be considered entirely stable; a prospective buyer should therefore treat the most recent pass as conditional upon satisfactory explanation of the preceding failure items. The recorded mileage of 77,691 miles over an eleven-year service life equates to an annual accumulation of roughly 7,063 miles, which is broadly typical for a vehicle of this age and segment. The intervals between tests suggest fairly consistent usage without extended periods of standing, which is generally favourable from a corrosion and fluid degradation perspective, although the higher mileage relative to a low-use urban runabout does place proportionate wear upon consumable items, suspension components, and braking hardware. The previous advisories relating to brake disc pitting and scoring on the front axle, particularly when paired with the road wheel distortion noted in 2021 and 2022, are consistent with sustained active service rather than neglect, but they also reflect the natural progression of wear on a frequently driven chassis. Given the recurring advisory items concerning front brake disc wear, scoring, and pitting recorded on multiple tests, a prospective buyer should arrange a borescope inspection of the front discs to gauge remaining service life, while listening for any brake shudder or vibration through the pedal under moderate deceleration and watching for uneven pad transfer across the disc face. The noted anti-roll bar linkage ball joint dust cover deterioration from the 2025 test, though classified as minor, should be inspected for perished or split boots that may permit ingress of contaminants and accelerate joint wear, with particular attention paid to any clonking or rattling noises from the front suspension over uneven surfaces or during direction changes. The nearside front road wheel distortion previously recorded should also be re-examined for any imbalance symptoms at motorway speeds, as wheel distortion can worsen over time and cause tracking issues or vibrations through the steering wheel. Beyond the documented defects, a vehicle of this age and mileage merits a thorough independent inspection covering age-related deterioration irrespective of MOT outcome. The tyres, which have featured repeatedly across the advisory history for perishing and cracking, warrant particular scrutiny on all four corners and the spare, as sidewall cracking can develop independently of tread depth and is not always evident under superficial examination. Brake calipers, particularly at the front, should be checked for binding or seized slider mechanisms given the recorded disc condition, and the handbrake mechanism verified for full travel and effective holding on an incline. Coolant, brake fluid, and transmission oil should be assessed for age-related degradation and evidence of recent renewal, while the 12 volt battery health should be confirmed as units of this vintage frequently suffer reduced capacity. A compression check on the small capacity three cylinder engine, along with verification of timing chain condition and coolant system integrity, would be prudent given the recent engine management lamp malfunction, and a thorough scan of all electronic control units for stored fault codes would provide reassurance that the recent stability control and engine management issues have been comprehensively resolved rather than temporarily cleared.