2008 Citroen C2 1.1L Petrol · MM08 JDU

A pattern of recurring advisories and two MOT failures in a relatively short period dominates the mechanical history of this 2008 Citroen C2, suggesting that although the car has remained roadworthy enough to pass tests, multiple underlying component issues have surfaced and lingered. The most recent test on 1 December 2025 recorded a pass, but only after a failure six days earlier on 25 November 2025 had addressed a non-functioning nearside front headlamp dipped beam and a split nearside front outer CV joint boot. Other chronic concerns include a front outer suspension arm ball joint with slight play on the nearside, headlamp lens deterioration on both front units, and a discoloured offside front direction indicator that has been flagged repeatedly across 2020, 2021, and 2022. The earlier failure of 22 November 2023 introduced a different cluster of defects, including an ABS warning lamp fault, a defective offside front seat belt retractor, an offside rear seat belt not functioning as intended, an incorrect offside front indicator colour, and another split CV boot. The combination of repeated advisories on the same components and the recurrence of the CV boot failure indicates wear that has not been fully resolved between tests. With 69,415 recorded miles over roughly 18 years, this C2 has covered approximately 3,856 miles annually, which is markedly low for the vehicle's age and consistent with either light running or extended periods of inactivity. The MOT record itself does not include a mileage progression across each test entry, but the sparse testing pattern in some years, combined with this low annualised figure, suggests the car may have sat unused for stretches. Light use can preserve major drivetrain components but accelerates corrosion on unprotected ferrous items such as brake discs, coil springs, and underbody hardware, particularly given the advisories already recorded on the rear coil springs and front brake discs. A prospective buyer should focus the physical inspection on the suspension and drivetrain areas most heavily flagged in the record. The nearside front outer suspension arm ball joint play reported in 2025, alongside the earlier nearside front anti-roll bar ball joint play noted in 2022, warrants a deliberate check for knocking or clonking from the front end over speed humps, uneven road surfaces, and when turning sharply at low speed. Any looseness felt through the steering or heard as a dull metallic clunk on rebound would suggest the joints have worn beyond the advisory threshold. The CV joint boots have failed twice on the nearside front, most recently in November 2025; even though the boot was presumably replaced at the retest, the joint itself should be inspected for grease leakage, torn rubber, and any clicking or graunching under load when turning at full lock, which would indicate the joint has been contaminated and may now be prematurely worn. The braking and underbody condition also demands close attention given the documented advisories. Front brake disc corrosion was noted on both sides in 2022, and although this can be a surface-level issue cured by machining, on a low-mileage car of this age the discs may also have developed lipping or significant pitting that produces pedal judder under firm braking. The rear coil spring corrosion advisories from 2020, 2021, and 2022 should be examined by placing the car on a ramp or inspecting from beneath for flaking paint, surface rust, and any cracks along the spring coils, as corroded springs are prone to brittle fracture. Finally, the various seat belt and indicator faults from the 2023 failure, combined with the 2025 headlamp and registration plate lamp issues, suggest a need to verify full operation of all exterior lighting and to confirm the seat belt retractors lock positively with a sharp tug. A diagnostic ABS read should also be obtained to ensure the 2023 warning lamp fault has not returned, as intermittent ABS sensor or wiring faults are common on older vehicles and would otherwise only surface under braking.