2017 Mercedes-Benz V 2.1L Diesel · SA51 BLE

The vehicle’s most recent MOT test on 2025-07-29 confirms it remains roadworthy, though the immediate preceding test on 2025-07-23—just six days earlier—was a failure without recorded defects. This anomaly suggests either a temporary administrative oversight or a minor, non-critical issue resolved between tests. The overall trend since 2022 shows consistent pass rates with no recurring advisories or major faults, indicating stable maintenance. However, the lack of defects in any test raises caution: the absence of even minor advisories could imply either meticulous upkeep or a history of deferred servicing that hasn’t yet manifested in testable failures. The recorded mileage of 89,185 miles over nine years equates to approximately 9,909 miles annually, which is typical for its class. Notably, there is a significant gap between the 2023 and 2024 tests—11 months—during which only 39 miles were logged. This suggests the vehicle may have been stored or used very lightly, potentially accelerating wear on components like suspension bushes or battery health. Conversely, the rapid accumulation of 15,506 miles between 2022 and 2023 could indicate heavier usage, warranting closer inspection of high-wear items such as brake pads, tyres, and drivetrain fluids. Given the sparse defect history, priority should be given to inspecting components that often fail without immediate MOT notice, such as coil springs, suspension bushes, and binding calipers. The absence of advisories on brake discs or corrosion in previous tests does not preclude hidden wear—verify for uneven pad thickness, disc warping, or excessive rust at wheel arches and underbody. Additionally, the extended storage period between 2023 and 2024 warrants checking for battery corrosion, fluid degradation (coolant, brake fluid, differential oil), and potential moisture damage to electrical connections. A thorough examination of the exhaust system is also advisable, as catalytic converter failures or leaks can occur without immediate MOT detection.