2007 Citroen C4 1.6L Diesel · PF57 AGY

The most recent MOT on 9 December 2024 resulted in a failure, so the car is not road‑worthy until the near‑side rear direction indicator, central front position lamp, anti‑roll bar linkage dust cover and near‑side front track‑rod end are repaired. Recurring faults on the anti‑roll bar ball joints (off‑side in 2020, near‑side in 2024) and track‑rod ends (2018 and 2024) suggest a pattern of wear that has not been fully resolved, while the majority of earlier tests were passed, indicating a generally stable but intermittently reactive maintenance history. At 171,900 miles in 2024 the vehicle has covered roughly 9,000 miles per year since its 2007 registration, a mileage rate that sits within normal expectations for a car of this age. The log shows annual testing with no significant gaps: from 83,558 miles in June 2016 to 171,900 miles in December 2024 the mileage increments average 9‑10 k per year, confirming consistent use rather than prolonged storage. No sudden spikes or unusually low mileage periods are evident, which supports the view that wear items have developed gradually. A prospective buyer should give particular attention to the suspension and steering components flagged repeatedly. Inspect the anti‑roll bar linkage ball joints for excessive wear or corrosion, and verify that the track‑rod ends are free of play. Examine the steering rack inner joints for any roughness, as noted in the 2023 test. Brake discs should be measured for thickness and surface condition, especially the off‑side rear disc that was previously pitted. Confirm that all exterior lighting – near‑side rear indicator, central front position lamp and registration plate lamp – operates correctly, and check tyre tread for any sections approaching the legal limit. Finally, assess the exhaust for excessive smoke and ensure the child‑seat belt arrangement does not impede adult belt inspection, as highlighted in the 2023 record. Addressing these items will be essential to bring the vehicle back to a compliant state.