2006 Citroen C3 1.4L Diesel · CE06 ABF

The vehicle presents a history of recurring mechanical and structural failures, particularly concerning the suspension and braking systems. While the most recent MOT passed in January 2023 at 98,071 miles, this followed a failure just three days prior due to critical issues including leaking hydraulic cylinders, a worn track rod end, and failed brake performance. The persistence of deteriorated offside suspension arm ball joint dust covers across multiple test years in 2022 and 2023 suggests a lack of preventative maintenance regarding rubber components. The 2021 test also highlighted corrosion on the rear sub-frame and chassis legs, which, while not immediately failing, indicates an ongoing trend of oxidation on a vehicle of this age. At 98,071 miles, the car has covered a relatively low average of approximately 4,900 miles per year, which is significantly lower than the national average for an older model. However, the low mileage appears to correlate with age-related degradation rather than pristine, as evidenced by perishing tyres noted in 2022. There is a significant gap in the record between 2018 and 2019, where the vehicle sat for nearly 60,000 miles, which likely explains the sudden appearance of seized components and perished rubber upon its return to road. The last recorded test was over three years ago, meaning the vehicle is currently long overdue for an MOT. Structural integrity remains a primary concern. The corroded rear coil springs and sub-frame corrosion noted in previous years would require a close physical inspection to ensure the rust has not progressed beyond advisory limits. The braking system has shown consistent issues, including imbalanced performance, fluctuating discs, and leaking cylinders, indicating that the hydraulic system may be neglected. A prospective buyer should specifically verify the condition of the steering rack inner joints and all suspension ball joints, as the history shows a pattern of these components being addressed only after a failure occurs.