2022 Mercedes-Benz EQA 350 AMG Line 4MATIC Electric · GN22 TNO

The mechanical profile of this 2022 Mercedes-Benz EQA 350 AMG Line 4MATIC, as captured by the DVSA records, is remarkably sparse. The single recorded test on 20 March 2025 returned a Pass with no advisories, no defects, and no failures logged. While a near-pristine record is reassuring, it is also limited in evidentiary value: only one data point exists over a vehicle that is approaching four years of age. The MOT history does not contain any prior tests, meaning there is no longitudinal pattern to confirm whether this clean outcome reflects a sustained trend of roadworthiness or simply a one-off snapshot. For a prospective buyer, the absence of recorded advisories is positive but should not be treated as a guarantee of underlying mechanical health, particularly given the mileage accumulated since first registration. Recorded mileage of 40,060 miles over approximately four years equates to around 10,015 miles per annum, which sits broadly within the expected range for a privately used premium electric SUV. There are no significant mileage gaps or unexplained jumps in the record to suggest the vehicle has been laid up for extended periods, clocked inconsistently, or subjected to an unusually high or low accumulation rate. A usage profile of this nature implies moderate wear on consumable components such as brake discs, pads, and tyres, though the regenerative braking system inherent to this model typically reduces friction-brake wear compared with a conventional internal-combustion vehicle. The lack of recorded tests prior to the 2025 entry suggests the vehicle may not have required a test until its fourth anniversary, which is consistent with the first-MOT timing for a vehicle registered in 2022. Given that the MOT record carries no specific advisories, the buyer inspection must shift focus towards the components most likely to exhibit wear on a four-year-old EV of this mileage. During a test drive, pay close attention to the suspension for any knocking or clonking noises over uneven surfaces, particularly from the front MacPherson struts and rear multi-link arrangements, as silent electric powertrains often accentuate underlying bush wear. Steering should be checked for any vagueness, pulling to one side, or uneven self-centring, which could indicate worn tie rods or geometry issues. Listen for any high-voltage system warnings on the dashboard, unusual whines from the electric drivetrain under load, and ensure the regenerative braking transitions are smooth without any abrupt deceleration or pedal inconsistency. On a physical inspection, examine the tyres closely for uneven shoulder wear, which on an EV can indicate misalignment or incorrect pressures given the additional weight of the battery pack. Inspect the underside of the vehicle for any signs of impact damage or corrosion on the suspension arms, subframe, and underbody shielding, paying particular attention to the condition of the high-voltage cabling and connector integrity. The brakes should be tested for smooth operation and full efficiency, as seized calipers or warped discs can still occur despite regenerative braking reducing general wear. Finally, verify the operation of the 12V auxiliary battery, charging port functionality, and ensure all driver-assistance systems, including parking sensors and cameras, are functioning correctly, as these are areas that can deteriorate independently of the drivetrain and would not necessarily appear on an MOT record.