2010 Citroen Berlingo M-SP XTR HDI 1.6L Heavy oil · GD59 BPU

This Citroen Berlingo presents a highly stable roadworthiness profile with a clear trend of improving maintenance standards. The most recent test on 27 September 2025 at 153,064 miles resulted in a clean pass with no defects recorded. This follows a consistent five-year period of defect-free testing from 2021 through 2025, suggesting that the vehicle is currently being maintained to a high standard and that any previous mechanical issues have been successfully addressed. The vehicle has covered 153,064 miles over its 16-year lifespan, averaging approximately 9,566 miles per year. This represents typical, consistent usage rather than heavy commercial strain or long periods of inactivity. The mileage progression remains steady across the recorded history, with the jump from 142,407 miles in September 2024 to 153,064 miles in September 2025 showing a regular annual interval of roughly 10,600 miles. This continuity indicates predictable wear patterns on the drivetrain and chassis components. Historical data from 2014 to 2017 shows a period of more frequent consumable wear and minor mechanical issues. The tester flagged tyre tread depth failures and binding rear brakes during the April 2014 test at 48,867 miles. Subsequent advisories in 2015, 2016, and 2017 involved brake pad wear, low tyre tread, and slight play in the anti-roll bar linkages. While these were largely minor consumable issues, they suggest that earlier owners may have been reactive rather than proactive with maintenance. A prospective buyer should focus their physical inspection on the suspension and braking systems to ensure the recent clean passes reflect actual mechanical health. Although no defects have appeared recently, the previous issues with anti-roll bar linkages and binding brakes warrant a check for any signs of play in the suspension bushes or uneven pad wear. Given the vehicle's age, a thorough inspection of the underside for corrosion is also advisable, despite the absence of structural advisories in the recent MOT history.