2014 Renault Kangoo ML19 DCI 1.5L Heavy oil · BX14 VBU

A pattern of short-term failures followed by immediate passes defines this vehicle's recent roadworthiness history, although the records lack specific detail regarding the faults encountered. This cycle of failing and passing within a few days occurred in both 2023 and 2025, with the most recent test resulting in a pass on 26 February 2025 without any recorded advisories. The lack of chronic, recurring advisories suggests that while immediate defects have occurred, there is no documented evidence of long-term structural decay. The recorded mileage of 128,459 miles over twelve years represents a typical annual accumulation of roughly 10,705 miles. However, the testing history reveals significant gaps, particularly between 2019 and 2023, which indicates inconsistent usage or periods where the vehicle may have been off the road. Mechanically, this means the vehicle has experienced standard wear on the drivetrain and consumables, but the irregular testing intervals necessitate a closer look at components that can perish or seize during periods of inactivity. In the absence of specific MOT advisories, the physical inspection should concentrate on the high-stress components typical of a light commercial vehicle. During the test drive, listen for knocks or clunks over speed bumps, which would indicate worn suspension bushes or failing coil springs. Evaluate the steering for any excessive play or pull, and check for pedal judder or binding calipers during braking to ensure the braking system is operating efficiently. A thorough visual check of the underbody is required to identify any corrosion on the subframe or brake pipes that may not have reached a failure threshold. Examine the engine bay for oil misting and check the exhaust system for signs of significant corrosion or leaks. Because the MOT record shows failures in 2023 and 2025 without listing the specific defects, it is essential to cross-reference these dates with the vehicle's internal service records to determine exactly what was repaired.