2005 Citroen Berlingo 2.0L Diesel · LD05 AAJ

The vehicle shows a history of consistent wear and tear typical of a high-mileage light commercial vehicle. The most recent MOT in January 2022 at 239,623 miles passed, but it revealed emerging structural corrosion on both the nearside and offside rear body structures near mounts. While these were not considered serious security risks at the time, the presence of rust on a twenty-year-old chassis often indicates progression. The tester also noted slight play in the nearside front suspension arm ball joint, which follows a recurring pattern of suspension wear issues seen in 2020. With 239,623 miles recorded over 21 years, the vehicle averages approximately 11,400 miles per year, suggesting standard usage levels for its age. However, there is a significant gap in the record, with the last recorded test occurring in early 2022. As of July 2026, the vehicle has not been tested for over four years. This lack of recent data is a major concern as the current state of critical safety components, particularly the previously noted corrosion and suspension joints, cannot be verified through official records. The mechanical history indicates a trend of reactive maintenance rather than preventative care. In 2020, the vehicle failed due to multiple ball joint failures, including those on anti-roll bars and track rod ends, alongside basic lighting failures and an airbag fault. Earlier tests in 2018 highlighted poor parking brake efficiency and an imbalance across the rear axle, suggesting the braking system has been neglected until failing inspection. The frequent advisories for shock absorber seepage and uneven tyre wear across multiple years further suggest that suspension components are nearing the end of their functional service life. Given the age, high mileage, and the absence of an MOT for several years, the vehicle carries a significant risk. A buyer should prioritize a thorough structural inspection of the chassis to ensure the reported corrosion has not progressed into structural failure. Furthermore, the entire suspension and braking system require a professional assessment, as the history shows a pattern of failing components and deteriorating seals. Without a recent MOT, the current roadworthiness of the vehicle remains unknown.