2020 Citroen Berlingo 1.5L Diesel · LC70 BXE

The vehicle presents a concerning roadworthiness profile characterized by a reactive maintenance style rather than preventative care. While it passed its most recent test in September 2024 at 149,483 miles, this followed an immediate failure just two days prior. The trend shows a persistent pattern of allowing critical safety components to deteriorate until they reach the point of failure. The recurring presence of thin brake pads and worn tyres suggests that the vehicle is only serviced when forced by MOT testing requirements rather than on a scheduled basis. The mileage is exceptionally high for a six-year-old vehicle, averaging approximately 25,000 miles per year. Between September 2023 and September 2024, the vehicle covered 36,880 miles, which is significantly higher than the annual average. This indicates heavy usage, likely long-distance motorway or intensive commercial work, which places extreme stress on the drivetrain, suspension, and braking systems. The rapid accumulation of miles explains the accelerated wear on the suspension bushes and brake components noted in the records. A buyer must physically inspect the front suspension assembly, as the September 2024 test flagged the nearside front upper wheel arch rubbing against the coil spring. This indicates a potential misalignment or a collapsed spring seat that could lead to sudden structural failure. Furthermore, the persistent oil leak noted in 2024 requires a thorough underbody to determine if it is a minor gasket leak or a more significant engine seal failure exacerbated by the high-mileage demands on the engine. The braking system also demands close scrutiny. The 2023 failure revealed significantly worn offside rear discs and thin inner pads, while the 2024 test showed the front pads were already becoming thin again. Given that the brake hydraulic reservoir was found at the minimum mark in 2023, the buyer should check for leaks along the lines and calipers. The high-mileage nature and the history of worn suspension bushes suggest that various mechanical components are likely nearing the end of their functional life.