2012 Citroen Berlingo 1.6L Diesel · WK12 WFA

The vehicle is currently roadworthy, but the maintenance trend shows a pattern of reactive repairs rather than preventative care. While the most recent test in July 2025 at 115,738 miles passed, the failure recorded just two months prior reveals a history of neglected lighting and mechanical components. The trend is unstable, as the vehicle consistently fails on multiple items including light bulbs and suspension components, suggesting that the owner only addresses faults when strictly necessary to pass the annual test. At 115,738 miles over 14 years, the Berlingo averages 8,267 miles per year, which is consistent with typical usage for a light commercial. However, there is a significant spike in activity between April 2023 and May 2024, where the vehicle covered over 18,000 miles in just 13 months. This period of heavy use likely placed accelerated stress on the drivetrain and suspension components, which is evidenced by the subsequent failures of the track rod end and brake pads during the following testing cycle. A physical inspection must focus on the recurring structural and mechanical issues flagged in the record. The May 2025 test identified corroded rear coil spring mounts and shock absorber upper mounts; while the tester noted these were not yet seriously weakened, corrosion in these areas typically requires close monitoring to prevent structural failure. The presence of a non-excessive oil leak during that same test also warrants investigation to determine if it is a minor gasket weep or a more significant engine seal that will worsen as mileage increases. The exhaust emissions failure in 2025, where smoke levels significantly exceeded the manufacturer limit, indicates potential fuel mixture issues or injector wear that requires professional diagnosis. Additionally, the recurring uneven wear on the nearside rear tyre across two different years suggests an alignment issue or a worn suspension bush. A buyer should verify the current state of the rear brake system and check the integrity of the lighting assembly to ensure all previous failures have been permanently rectified rather than temporarily bypassed.