2023 Mercedes-Benz EQA 250+ AMG Line Premium Electricity · AS67 ADE

A pristine initial MOT test history characterized by a complete absence of structural or mechanical advisories establishes the baseline of this vehicle's roadworthiness record. The sole blemish on its single recorded test occurred on February 12, 2026, when an initial failure was triggered by defective front windscreen wipers on both the near and offside that failed to clear the glass effectively, though this was rectified immediately on the same day to secure a pass. This points to a stable mechanical profile free of chronic suspension corrosion, fluid leaks, or brake system degradation, though buyers should verify that the wiper blades were genuinely replaced with high-quality components rather than simply adjusted. With an odometer reading of 19,802 miles accumulated over its three-year lifespan, the vehicle averages approximately 6,601 miles annually, representing a standard and entirely typical usage rate for this class of modern electric crossover. This balanced mileage accumulation suggests the vehicle has neither been subjected to the accelerated mechanical fatigue of high-intensity fleet or taxi work nor suffered from the potential battery and high-voltage system degradations associated with extended periods of static storage. The powertrain and running gear have experienced normal operational cycles since first registration, meaning high-wear consumables remain close to their original factory specifications if usage has been evenly distributed. Because the official testing history is remarkably sparse and lacks any history of chassis, steering, or suspension advisories, inspection efforts on the road should focus on verifying the general assembly and electronics of the high-voltage platform rather than chasing historical rust spots. During the static pre-purchase inspection, cycle the newly fitted wiper mechanism across all speed settings and rain-sensor modes to ensure the linkage and motor operate without strain or unusual acoustic feedback against the glass. Pay close attention to the front wiper arm alignment to confirm that the blades clear the sweep area cleanly without juddering across the windscreen surface. During the dynamic road test, evaluate the regenerative braking transition and overall pedal feel, listening carefully for any suspension knocks or unusual noises from the heavy front axle over uneven tarmac and speed humps. Since this is a high-torque battery electric vehicle equipped with heavy chassis components, thoroughly check the inner edges of all four tyres for even wear and inspect the lower suspension arms and steering joints for any play that might not have manifested during its first statutory test. Ensuring the steering tracks straight under braking and acceleration will confirm that the front geometry remains unaffected by minor kerb impacts or road shocks.