2021 Mercedes-Benz EQA 250 AMG Line Electric · AO71 FTD

The EQA presents a clean bill of health following its most recent MOT on 2025-08-29 at 46,786 miles, which it passed with no defects recorded. This outcome indicates the vehicle currently meets all roadworthiness standards across brakes, emissions, lights, tyres, and structural integrity. The maintenance trend appears stable, with no recurring faults or advisories to suggest an ongoing mechanical issue. The mileage accumulation tells a notably restrained story. Between the failed test on 2025-06-19 at 46,753 miles and the pass on 2025-08-29 at 46,786 miles, the car covered just 33 miles over roughly ten weeks. This extremely low usage pattern suggests the vehicle spent much of that period stationary or was driven only sporadically. Annualised across its five-year life, the 9,357 miles per year average is typical, but the recent plateau in the odometer raises the possibility of prolonged sitting, which can affect tyre flat-spotting, brake disc surface corrosion, and battery health in the 12V auxiliary system. The failed MOT on 2025-06-19 recorded no defects, which is an unusual result and may indicate an administrative or procedural failure rather than a mechanical one, such as a VIN mismatch, incorrect test category, or a data entry issue at the station. Without a documented defect, no specific component can be flagged as a concern from that entry alone. The subsequent clean pass confirms the vehicle was brought back to standard quickly. A prospective buyer should still carry out a thorough physical inspection despite the clean paperwork. Check the brake discs for surface corrosion or lipping from standing, inspect all four tyres for cracking or flat-spotting given the low recent mileage, and examine the suspension bushes and coil springs for deterioration that may not trigger an MOT advisory but can affect ride quality. The high-voltage battery health and charging behaviour should also be verified through a diagnostic readout, as extended periods of inactivity can affect cell balancing in electric vehicles.