2010 Citroen C3 1.6L Diesel · SH06 MEE

A serious structural and suspension concern sits at the heart of this Citroen C3's recent MOT history, with two consecutive test attempts in April 2026 ending in a failed and then a passed result after rectification. The 2026-04-16 test recorded dangerous defects on both the offside front tyre, where ply or cords were exposed, and the nearside front suspension arm, where the rear bush of the front arm was deemed likely to become detached. A further major advisory on the offside front suspension arm reinforced the picture of worn and compromised front suspension components on the nearside and offside. The subsequent 2026-04-20 pass indicates these items were addressed, but the rapid succession of dangerous and major suspension defects within a four-day window, combined with the failure history of the previous April, points to a chassis that has now demanded substantial mechanical intervention to remain roadworthy. Annual mileage of roughly 5,472 miles over a sixteen-year life is unusually low and suggests either extended periods of light use or significant standing time between trips. Despite this modest accumulation, the wear pattern visible in the test record tells a different story: the front suspension components, a rear coil spring, and a binding rear brake caliper have all required attention within the last eighteen months. Long periods of inactivity can accelerate corrosion on ferrous components such as brake discs, caliper sliders, and underbody mounting brackets, while still allowing rubber bushes to perish through age rather than mileage. The contrast between low recorded miles and the density of mechanical defects suggests that age-related degradation of bushes, springs, and brake internals is the dominant factor in this vehicle's condition rather than wear from sustained use. A prospective buyer should give particular attention to the repaired front suspension arms, as the dangerous classification on the nearside bush implies the component was at the point of detachment rather than merely worn. On a test drive, listen for clonks or knocking from the front end over speed humps, uneven road surfaces, and during full-lock manoeuvres, as replacement bushes require time to settle and can fail prematurely if incorrectly fitted. Inspect both sides of the front subframe and the suspension arm mounting points for any staining, fresh sealant, or misalignment that might indicate a hurried repair. Check that the tyres are a matching brand, size, and tread depth, as the exposed-cord failure on the offside front suggests the previous tyre may have been run well beyond legal limits or replaced asymmetrically. The 2025 brake-related failure deserves separate scrutiny, with the nearside rear service brake recorded as excessively binding and the offside rear coil spring fractured. A binding caliper frequently returns even after a replacement if the slider guides or the hydraulic hose have also deteriorated, so confirm that the vehicle rolls freely on a level surface when released in gear with the handbrake off and that the rear wheels do not feel significantly warmer than the fronts after a short drive. With the rear seats noted as folded during both 2026 tests, it is worth checking the rear load floor and seat mounting points for corrosion, particularly around the spring and damper turrets where the fractured coil spring was recorded. Finally, the windscreen damage flagged as a minor in 2026 should be inspected closely to ensure it has not spread, and the offside rear tyre advisory from 2024 should prompt a check of the rear wheel alignment, as uneven wear on a single rear tyre can indicate a bent axle beam or weakened rear bush following the suspension issues now documented.