2017 Mercedes-Benz A-Class 1.5L Diesel · FE17 HBY

The 2017 Mercedes-Benz A-Class presents a clean and stable maintenance trend. The most recent MOT test on January 21, 2026, at 132,657 miles resulted in a pass with zero defects recorded. This is the fifth consecutive clean test, indicating no recurring mechanical or structural faults have emerged across the entire documented history. The mileage accumulation pattern reveals a notable shift in usage. Between January 2022 and February 2024, the vehicle added approximately 8,231 miles over two years, averaging roughly 4,100 miles annually. However, from February 2024 to January 2026, the car covered 12,668 miles in nearly two years, pushing the annual rate closer to 6,300 miles. The current total of 132,657 miles over nine years equates to roughly 14,740 miles per year, which is high for a small hatchback of this age. This elevated mileage places accelerated stress on consumable components including brake discs, suspension bushes, coil springs, and drivetrain mounts. Despite the high mileage, the absence of any advisories or failures across five consecutive tests suggests the previous owner maintained the vehicle to a reasonable standard. The clean January 2026 result at 132,657 miles is particularly significant, as vehicles of this age and mileage commonly begin presenting corrosion-related advisories on subframes, suspension components, or exhaust systems. No such issues have been flagged. A prospective buyer should still conduct a thorough physical inspection. High-mileage A-Class models are known to develop wear in lower suspension arm bushes, drop links, and anti-roll bar links, none of which have appeared on the MOT record but may be approaching service life. The brake discs and pads should be measured for remaining thickness given the mileage load. Underbody inspection for corrosion on the subframe, suspension mounting points, and along the sills is advisable, as is a cold-start assessment of the exhaust emissions system. Tyre condition and uneven wear patterns should also be examined, as these can reveal alignment or suspension geometry issues not captured during static MOT testing.