2009 Citroen C3 1.4L Petrol · HJ59 HHD

A persistent pattern of brake and engine oil advisories defines the MOT history of this 2009 Citroen C3, painting a clear picture of a vehicle accumulating wear across its service life. The most recent test on 2022-10-17 returned a pass, but only after an immediate retest the same day addressed an offside front headlamp aim issue; the underlying record reveals brake disc pitting or scoring on all four corners flagged consistently across both 2022 tests, alongside recurring oil leaks noted on the offside front and central engine areas. An earlier failure on 2021-04-22 involving a major exhaust gas leak and elevated carbon monoxide and lambda readings points to a deteriorating exhaust and emissions system at that mileage point, while a separate test on the same date recorded rear exhaust mounting defects and a loose silencer. The 2020 entry shows a straightforward pass with no advisories following a PRS failure for a faulty offside front position lamp, suggesting the core braking, suspension, and engine sealing issues have compounded gradually over the recorded test cycle rather than appearing suddenly. At 113,952 miles over roughly 17 years, the C3 averages approximately 6,700 miles annually, which sits comfortably within typical parameters for its age and indicates regular rather than sporadic use. The test frequency shows reasonable continuity with annual checks from 2020 onwards, and no extended gaps suggest the vehicle has not been laid up for prolonged periods that might introduce separate concerns around seized components, deteriorated rubber, or degraded fluids. However, the mileage accumulation does place this car firmly in higher-wear territory for consumable items, particularly given the cumulative nature of the advisories on brake discs and engine oil leaks. At this odometer reading, drivetrain and suspension components will have absorbed considerable fatigue cycles, and the advisories recorded align with the expected wear profile of a working high-mileage supermini rather than any abnormal use pattern. Prospective buyers should pay particular attention to the suspension components flagged in the 2021-04-27 test, which noted slight play in the offside front anti-roll bar ball joint and a worn pin or bush on the offside front suspension arm. On a test drive, listen for clonking or knocking noises from the front end over speed humps and uneven road surfaces, and feel for any vagueness or looseness through the steering wheel during direction changes, as these are classic symptoms of worn anti-roll bar linkages and control arm bushes. Inspect the offside front tyre for uneven shoulder wear, since the 2021 advisory noted it was worn close to the legal limit and on its edge, a pattern often associated with compromised suspension geometry or alignment issues. Also check the rear exhaust mounting area physically, pushing upward on the silencer to detect any looseness, and listen for blowing or ticking noises from the exhaust at idle which would indicate a recurrence of the gas leak previously flagged. The brake system demands careful evaluation given that all four discs were recorded as pitted or scored across consecutive 2022 tests. During a road test, press the brake pedal firmly from around 30 mph and observe whether any shudder transmits through the wheel or steering, which would confirm disc run-out beyond serviceable limits. Stop the vehicle and check for heat emitting from any wheel hub, as a binding caliper will produce a noticeably hotter wheel after driving, and inspect the discs visually for a pronounced lip at the outer edge indicating advanced wear. For the recurring oil leaks, examine the underside of the engine and transmission for fresh weeping or staining on the sump, cam cover, and front crankshaft seal area; minor seepage may have been acceptable at test time, but a heavier accumulation of wet oil on the undertray would suggest the leak has progressed since the advisory was issued. Finally, verify that the headlamp alignment has been correctly adjusted since the offside front unit was recorded as aiming too low, and confirm all position lamp bulbs function, including the multiple light source arrangement on the front clusters, to avoid a repeat of the earlier PRS failures.