2019 Mercedes-Benz A 1.5L Diesel · WN69 NLP

The vehicle is currently roadworthy, but the maintenance history reveals a pattern of reactive rather than proactive ownership. The most recent MOT test in February 2026 at 68,150 miles passed only three days after a significant failure. This failure identified an inoperative engine management system light, thin front brake pads, and a worn nearside front tyre. While the car is currently legal, the trend suggests the previous owner only addressed mechanical and safety defects once they directly threatened the MOT certificate. The mileage progression is consistent with a typical-use vehicle, averaging approximately 10,000 miles per year over its seven-year life. Between October 2023 at 41,023 miles and February 2025 at 52,866 miles, the car covered over 11,000 miles in 16 months. The subsequent jump of 15,284 miles between February 2025 and February 2026 indicates steady annual usage rather than long periods of standing, which generally benefits the health of engine-related components and rubber-based bushings. A buyer must focus heavily on the braking system, as it is a recurring failure point across multiple years. Records show thin rear pads in 2023, thin rear pads and worn discs in 2025, and thin front pads in 2026. This frequency suggests either a lack of regular inspections or a tendency for the calipers to bind. The inoperative engine MIL reported in February 2026 is also a critical concern; a diagnostic scan is required to ensure the fault code was not simply cleared without fixing the underlying issue to pass the test. Physical inspection should also verify the front suspension geometry, as repeated reports of tyres worn on the edge often point to an alignment issue or worn suspension bushes. The missing nearside rear jacking rubber noted in 2023 should be checked for replacement to prevent future structural damage to the sills. Given the history of minor issues with wiper blades and tyres, the buyer should inspect all current consumables to ensure they are not nearing the end of their functional life.