2016 Mercedes-Benz CLA 2.1L Diesel · PL16 AEK

The roadworthiness status of this Mercedes-Benz CLA is currently sound, supported by a completely clean MOT certificate issued on September 8, 2025, at 113,405 miles. The maintenance trend is remarkably stable regarding component failure, although the record highlights a recurring administrative or procedural hurdle. Specifically, the car failed its tests on September 3, 2025, at 113,328 miles and again on October 12, 2024, at 107,978 miles before passing just days later without any recorded defects. This pattern typically indicates initial presentation failures such as blown bulbs, expired wiper blades, or emissions readiness issues rather than deep mechanical neglect, given the subsequent clean passes. Accumulating 113,405 miles over its ten-year lifespan yields an average of approximately 11,340 miles annually, representing entirely typical private usage for a modern diesel or petrol saloon. The mileage progression shows consistent annual accumulation, advancing from 100,863 miles in October 2023 to 108,292 miles by October 2024, and finally reaching 113,405 miles in September 2025. There are no suspicious gaps in the testing timeline or periods of prolonged dormancy that would otherwise risk seized brakes or degraded fluid integrity. The frequency of the mileage accrual points to steady motorway or mixed commuting habits. Because the DVSA record is entirely devoid of advisory notes for worn suspension bushes, corroded subframes, or binding brake calipers across the examined tests, a physical inspection must proactively target high-wear consumables typical of this mileage. Buyers should thoroughly examine the brake discs and pads for heavy lips and scoring, inspect the multi-link rear suspension arms for play in the ball joints, and check the front lower control arm bushes for perishing. Furthermore, verify the health of the dual-clutch transmission and listen closely for any timing chain rattle during a cold start, as the MOT test only assesses emissions and basic roadworthiness rather than internal mechanical longevity.