2022 MG ZS Trophy EV Electric · SA22 DHO

This 2022 MG ZS Trophy EV presents an essentially clean and stable roadworthiness record, with a passed MOT on 26 March 2026 following an unexplained failed test six days earlier that recorded no defects at all. That anomaly is worth noting but not particularly concerning in isolation, as DVSA failures with no defect entry typically reflect an administrative or tester issue rather than a mechanical problem, especially since the immediate retest passed cleanly. Prior to that, the vehicle passed its first MOT on 26 March 2025 without any advisories, meaning across all recorded tests there are zero flagged defects, advisories, or component wear items to interpret. For a prospective buyer, the headline message is one of consistent compliance with roadworthiness standards and an absence of any documented mechanical concerns, which is the strongest possible baseline for an EV of this age. The recorded mileage of 23,548 miles over four years equates to roughly 5,887 miles annually, which sits well below the typical 7,000 to 10,000 miles per year expected of a privately used family crossover. This lower-than-average usage means the brake discs, pads, tyres, suspension components, and underbody have all experienced less mechanical stress than a higher-mileage counterpart would have endured, reducing the likelihood of premature wear. However, low annual mileage on an EV also warrants consideration of standing time, as lithium-iron-phosphate or nickel-cobalt-manganese battery packs left at high states of charge for extended periods, combined with infrequent use, can accelerate cell degradation. The fact that the vehicle presented for MOT in consecutive years suggests it has been kept on the road and used with some regularity rather than laid up for long periods, which is reassuring. In terms of what to physically examine and test, although the MOT record carries no advisories specific to this vehicle, a buyer should still carry out a focused inspection on a test drive. Listen for any clonks or rattles from the suspension over speed humps and uneven road surfaces, particularly from the front MacPherson struts, wishbone bushes, and anti-roll bar drop links, which are known wear points on the ZS platform regardless of powertrain. Apply the brakes firmly from around 40 mph to check for any vibration through the pedal or steering wheel, which would indicate disc warping, and listen for any grinding or squealing that might suggest pad wear or seized caliper slides given the regenerative braking system may have resulted in the mechanical friction brakes seeing less use. Finally, inspect the underside of the vehicle and the high-voltage battery pack area for any signs of corrosion or impact damage, and check that the charging port and cable stowage are in good condition. Verify that the 12V auxiliary battery, which supports the vehicle's ancillary systems, is functioning correctly, as low-mileage vehicles can still suffer from a flat or weak 12V battery. On the test drive, confirm smooth and consistent regenerative braking response, absence of any warning lights on the dashboard particularly related to the high-voltage system or cell balancing, and that the predicted range aligns reasonably with the battery's state of health. With a clean MOT history and modest mileage, this ZS EV remains a sound mechanical proposition provided these straightforward checks are satisfactorily completed.