2018 Mercedes-Benz A-Class 1.5L Diesel · WX68 XSN

The most recent MOT test on April 8, 2026, confirms this 2018 Mercedes-Benz A-Class remains roadworthy with no defects recorded. The vehicle’s history shows a stable pattern of compliance, with every test since 2022 passing without fail. The absence of advisories or recurring issues suggests the vehicle has been maintained at a basic level, though no evidence of proactive servicing beyond statutory MOT requirements is apparent. The latest test occurred just three months ago, which is acceptable but not ideal—buyers should verify whether the current owner has adhered to manufacturer-recommended service intervals, particularly for fluid changes and suspension components. The recorded mileage of 26,246 miles over eight years—roughly 3,281 miles annually—indicates unusually light usage for a vehicle of this age. The gap between the 2022 failure at 19,708 miles and the subsequent pass at 19,839 miles suggests the vehicle was either stored or driven minimally during that period. The sudden jump from 19,839 to 25,636 miles between July 2022 and July 2023 implies either a brief period of heavier use or an inaccurate odometer reset. Without service records, it’s impossible to confirm, but the low mileage raises questions about fluid degradation or neglected wear items like suspension bushes and brake pads. Given the clean MOT history, the primary focus for an in-person inspection should centre on consumable components that are not MOT-tested but critical to long-term reliability. The suspension—particularly the rear coil springs and bushes—should be examined for excessive wear or corrosion, as these are prone to deterioration even with low mileage. Brake discs and calipers, while not failed in tests, may exhibit uneven wear or binding, especially if the vehicle was stored for extended periods. Tyres, though not flagged in MOTs, should be checked for uneven tread wear or embedded debris, which could indicate alignment issues or past neglect. Finally, inspect the underbody for corrosion around wheel arches and sills, as prolonged standing can accelerate rust development in critical structural areas.