2022 Mercedes-Benz EQA 300 AMG Line 4MATIC Electric · SO72 VML

An exceptionally low usage profile defines this vehicle, which has maintained a clean record of roadworthiness across its documented testing history. The most recent MOT on 01 September 2026 resulted in a pass with no defects recorded, mirroring the clean outcome from the previous test on 25 September 2025. This indicates a consistent absence of recorded mechanical failures or advisories regarding structural integrity, braking systems, or lighting throughout its recorded tenure. The vehicle has covered only 4,780 miles over approximately four years, representing an average annual accumulation of roughly 1,195 miles. This usage pattern is significantly lower than the typical UK average and suggests the vehicle has spent considerable periods stationary or was used very sparingly. Mechanically, such low mileage means that components like suspension bushes, coil springs, and various linkages have experienced minimal physical cycles, while brake discs and pads have likely seen very little abrasive wear. However, the low frequency of movement can sometimes lead to uneven tyre wear or the sticking of brake calipers due to lack of regular heat cycles and friction. Because the MOT history shows no specific defects or advisories, there are no flagged components such as subframe corrosion, leaking shock absorbers, or worn exhaust systems to scrutinise. On a test drive, focus should be directed toward ensuring that the low-mileage components have not suffered from stagnation. Listen for any rhythmic knocking or clunking from the suspension when navigating uneven surfaces, which could indicate perished rubber components despite the low mileage. Pay close attention to the brake pedal feel; it should be firm and consistent, without any pulsation or judder that might suggest uneven surface oxidation on the discs from long periods of inactivity. The absence of recorded emissions issues or drivetrain defects in the DVSA history provides a baseline of zero reported failures. Given the lack of specific advisory data, the primary mechanical objective is to verify that the vehicle's electrical systems and low-wear consumables are functioning as intended. Monitor the steering for any pulling to one side or unnecessary heaviness, which would be an indicator of alignment issues or component stasis, and ensure all lighting and sensor arrays are fully operational to match the clean MOT documentation.