2007 Citroen C1 1.0L Petrol · CP57 FND

This Citroën C1 has demonstrated a stable but concerning maintenance trend over its recent MOT history, with the most recent test on 2025-09-19 confirming multiple ongoing issues despite a pass. The vehicle’s structural integrity remains compromised by persistent corrosion—most critically the rear coil springs, which have been flagged since at least 2022, and the front sub-frame, which shows gradual weakening without serious failure. While the tester classified these as non-failing defects, the recurrence of worn suspension bushes (track rod ends, anti-roll bar linkages, and suspension arm pins) suggests a pattern of deferred maintenance rather than isolated wear. The 2024 failure for rough front wheel bearings and excessive track rod end play underscores that critical steering and suspension components were not addressed between tests, a red flag for long-term reliability. The recorded mileage of 81,419 miles over nearly 19 years—approximately 4,285 miles annually—indicates unusually light usage, which could imply prolonged periods of inactivity rather than consistent low-mileage operation. The gap between the 2023 pass (74,359 miles) and the 2024 failure (81,412 miles) spans nearly a year with no intermediate testing, raising questions about whether the vehicle was driven at all during that period. Such irregularity often correlates with neglect, as owners may delay maintenance when a car sits unused. The lack of recent mileage accumulation also means critical components like brakes, tyres, and fluids may have deteriorated beyond what the MOT tests reveal, as wear rates accelerate once a vehicle is actively used again. A prospective buyer should prioritise an independent inspection of the suspension and steering systems, focusing on the front track rod ends (which failed in 2024) and the rear coil springs (corroded since 2022). The anti-roll bar bushes and suspension arm pins, repeatedly noted as worn, should be checked for excessive play or imminent failure, as these directly affect handling and safety. Structural corrosion—particularly around the front sub-frame and rear axle—warrants close examination for hidden weakening, while the front wheel bearings, which caused a 2024 failure, must be tested for roughness or pre-failure conditions. Given the vehicle’s age and the pattern of deferred maintenance, no component should be assumed to be in optimal condition.