2009 Citroen Berlingo 1.6L Diesel · DU09 ECX

The vehicle remains roadworthy but the maintenance history shows a worsening trend in mechanical wear consistent with its high mileage. The most recent test in December 2024 at 265,221 miles identified multiple advisories across the suspension, braking, and drivetrain. While the vehicle passed, the presence of a severely deteriorated offside front CV boot, play in the ball joint, and thin brake pads and discs indicates that the vehicle is reaching the end of the service life for several critical wear components simultaneously. At 17 years old with 265,221 miles recorded, this Berlingo has averaged approximately 15,600 miles per year. This high mileage suggests consistent heavy commercial or motorway use rather than long periods of standing. Between November 2023 and December 2024, the vehicle covered roughly 11,813 miles in just over thirteen months. This rapid accumulation of mileage places significant stress on the rubber components and suspension geometry, which explains the recurring failures of ball joints and leaks noted in the MOT records. A buyer must conduct a thorough physical inspection of the engine bay, as an oil leak has been noted in every test since at least November 2022. While the tester previously described this as not excessive, the persistence of the leak suggests a weeping gasket or seal that will eventually require attention. The deteriorated offside front CV boot needs immediate replacement to prevent drive shaft failure, as a total failure of this joint would render the vehicle undrivable. The braking system requires close monitoring following the 2024 advisory on pitted front discs and thin pads. Given the previous 2023 failure for an ABS fault lamp, the buyer should verify that the warning light is not illuminated and that the system functions correctly. Furthermore, the history of worn anti-roll bar linkages and ball joints indicates that the entire front suspension should be checked for further play or knocking, ensuring the structural integrity of the steering components is not compromised.