2012 Citroen DS4 2.0L Diesel · CE62 RYR

The defining mechanical story for this 2012 Citroën DS4 centres on a pattern of recurring advisories relating to front suspension components, brake wear, and tyre condition, alongside two recorded failures in recent years that flag genuine structural and safety concerns. The most recent test on 19 June 2026 returned a pass with no defects recorded, which represents a short-term improvement after a more troublesome period. In June 2024, the vehicle failed on a fractured rear coil spring, obviously incorrect headlamp beam aim, and an inoperative registration plate lamp, with the same visit also flagging a worn offside front suspension arm bush and a nail in the nearside rear tyre. An earlier failure in June 2023 centred on a malfunctioning electronic parking brake, both in terms of its control and warning indicator, alongside a deep nearside front tyre cut exposing ply or cords. The electronic parking brake fault is particularly notable as it is not a typical wear item and could suggest an underlying actuator, switch, or wiring concern. Across multiple tests since 2023, the offside front suspension arm rear bush has been repeatedly flagged as worn, indicating progressive deterioration that has not yet resulted in excessive movement but warrants close inspection. Recorded mileage of 98,310 miles across approximately fourteen years equates to an annual accumulation of roughly 7,000 miles, which sits broadly in line with average usage for a vehicle of this age. There are no unusually long gaps between MOT tests, and the annual mileage appears steady, suggesting consistent use rather than extended periods of standing. This level of use is sufficient to generate normal wear across consumable items such as brake pads, discs, and tyres, and supports the recurring brake and tyre advisories seen on the 2021 and subsequent tests. Given the age and mileage, mechanical fatigue in suspension bushes, coil springs, and brake components is to be expected, and the recorded advisories broadly reflect typical wear patterns for a DS4 approaching the end of its second decade of service. For a prospective buyer, the priority areas for inspection are the front suspension, the rear coil springs, the electronic parking brake system, and the condition of the underbody. The repeated advisory on the offside front suspension arm rear bush should be investigated by physically checking for play in the bush with the vehicle lifted, and on a test drive any knocking or clonking over uneven surfaces, particularly at low speed over speed humps, would indicate the bush has deteriorated beyond its advisory state. Given that one rear coil spring was already fractured in 2024, the opposite rear spring should be scrutinised for signs of cracking at the coils, and any sagging at the rear or clonking over bumps would warrant immediate attention. The electronic parking brake fault recorded in 2023 must be verified as fully resolved, with confirmation that the warning lamp extinguishes promptly on application and release of the switch, and that the brake holds the vehicle on an incline without creeping. Brake condition also warrants direct attention, as rear pads and discs were noted as wearing thin with surface corrosion on the discs in 2021, and a nail in the nearside rear tyre was flagged in 2024. The underbody should be examined for the general surface rust previously noted on suspension and chassis components, with particular care taken around subframe mountings and brake pipes, as road salt exposure over fourteen winters can accelerate corrosion in these areas even where only surface rust was initially recorded. On a test drive, listen for any brake pedal judder suggesting disc warping, check for steering pull under braking which could indicate a binding caliper, and feel for any vagueness or vibration through the steering wheel that might point to worn front suspension components. Tyre sidewalls should be inspected for the cracking and perishing flagged on the 2025 test, particularly on the rear nearside and front offside, as sidewall deterioration can lead to sudden tyre failure even where tread depth remains adequate.