2010 Citroen Berlingo 1.4L Lpg · OV60 BOJ

The 2010 Citroen Berlingo presents a clean and stable maintenance record through its most recent MOT on 29 May 2024 at 107,444 miles, where the tester recorded zero defects. This is a strong indicator of consistent upkeep. The trend across the last five tests, spanning from November 2019 to May 2024, shows no recurring mechanical or structural failures, suggesting the vehicle has been maintained to a reliable standard without any worsening or emerging fault patterns. The mileage accumulation is steady and typical for a light commercial vehicle of this age. Between the November 2019 test at 77,919 miles and the May 2024 test at 107,444 miles, the vehicle covered approximately 29,525 miles over four and a half years, averaging around 6,560 miles per year. This aligns closely with the overall lifetime average of roughly 6,715 miles per year. There are no alarming gaps or sudden spikes in the odometer readings that would suggest long periods of disuse or severe short-term wear. Despite the clean MOT history, a physical inspection remains essential. The Berlingo's age and commercial origins mean the chassis, sills, and suspension mounting points should be checked thoroughly for corrosion, even if no structural advisories have been flagged. The rear leaf springs and front suspension bushes deserve close scrutiny, as wear on these components often develops gradually between tests without triggering an immediate failure. Brake lines and the exhaust system should also be examined for age-related deterioration, particularly given the vehicle's exposure to road salt over sixteen years. A test drive will reveal any latent issues the MOT may not capture. Listen for knocks from the front drop links or anti-roll bar, and check for uneven tyre wear that could indicate worn tracking or bushings. The 1.6-litre diesel engine should idle smoothly without excessive smoke, and the clutch and gearbox must operate cleanly through all gears. A clean MOT record is encouraging, but hands-on verification of these mechanical and structural components is the only way to confirm the vehicle's true condition.