2016 Citroen Berlingo 1.6L Diesel · LC66 OTA

The vehicle's roadworthiness is currently questionable based on the most recent test data from December 2021. While the vehicle passed previous inspections, the failure at 160,074 miles indicates a significant decline in maintenance standards and safety compliance. The maintenance trend shows a worsening condition, as the vehicle failed with multiple critical defects across suspension, lighting, and structural security. Since no MOT record is provided for the subsequent four years, the vehicle is likely out of test or has operated without valid certification for an extended period. The mileage reflects a high usage profile, averaging approximately 16,000 miles per year over its ten-year life. Between November 2019 at 101,709 miles and December 2021 at 160,074 miles, the vehicle covered nearly 60,000 miles, suggesting consistent and heavy-duty use. This rapid rate of accumulation places immense strain on drivetrain components and suspension bushings, which is consistent with the extensive wear patterns noted in the final recorded test. A buyer must conduct a thorough physical inspection of the front-end suspension and fuel mounting system. The 2021 failure flagged worn suspension arm bushes on both sides and excessive play in the offside track rod end, indicating the steering geometry and damping components are nearing their end life. The insecure fuel tank is a serious structural concern that requires immediate attention to ensure the straps or brackets have not corroded or sheared. The braking system and tyres also require scrutiny. The 2020 record already identified thin inner pads and pitted discs, while the 2021 test highlighted a damaged nearside tyre with structural cords. Given the high mileage covered since the last entry, these consumables are likely far beyond replacement. The buyer should also verify the engine status regarding the previously reported fault code and check for any visible corrosion on the chassis, as high-mileage vans often suffer from accelerated structural degradation.