2022 MG ZS Trophy EV Electric · FD22 CFE

This 2022 MG ZS Trophy EV presents a clean and reassuring DVSA roadworthiness profile across both of its recorded MOT tests. Passing on 17 February 2026 with no defects recorded, and following an equally clean pass on 20 May 2025, the vehicle has demonstrated consistent compliance with MOT standards over consecutive years without any advisories, failures, or recurring component issues. The absence of any flagged defects, even minor ones, suggests that items typically scrutinised under the MOT regime, such as suspension components, braking system integrity, tyres, lighting, and structural condition, were all found to be within tolerance at the time of testing. For a prospective buyer, this dual clean pass record provides solid objective evidence that the vehicle has maintained its mechanical condition well through its early years. With approximately 45,923 miles recorded on a four-year-old vehicle, this MG ZS is accumulating mileage at a rate of around 11,481 miles annually, which sits comfortably within typical usage parameters for a car of this age and type. There are no unusual gaps in the testing record that would suggest prolonged periods off the road, nor any indication of rapid mileage accumulation that might point to intensive commercial or high-mileage use. For an electric vehicle, this steady, moderate usage pattern is generally favourable, as it implies regular operation that keeps the high-voltage battery, motor, and associated thermal management systems exercised rather than left dormant. The mileage distribution, combined with the clean test history, paints a picture of consistent and ordinary service use. Because the MOT history shows no advisories or component-specific defects, there are no particular wear items flagged from official testing that demand urgent buyer attention. Nonetheless, given the mileage and the age of the vehicle, it is prudent to conduct a thorough physical inspection and test drive focusing on areas that commonly affect EVs of this generation. On a test drive, listen carefully for any suspension knocks or clonks over uneven surfaces, which could indicate worn anti-roll bar bushes, drop links, or top mount deterioration. The brakes should feel firm and progressive without any pulling to one side, and although EVs benefit from regenerative braking reducing pad wear, the calipers and rear drums or discs should still be inspected for binding or corrosion, particularly after periods of wet weather or winter road salt exposure. Given that no structural corrosion, brake pipe, or subframe issues have been recorded, a prospective buyer should still carry out a careful visual inspection underneath the vehicle for any signs of rust, fluid leaks, or damage to underbody components, as MOT testing only assesses visible areas from beneath. The tyres should be examined for even wear across both axles, which can indicate alignment issues or suspension geometry wear, and the 12V auxiliary battery should be checked for proper function, as low-voltage battery failure is a known issue in some EVs and is not typically captured in standard MOT testing. Overall, the documented history supports a sound mechanical baseline, and any concerns discovered during a physical inspection and test drive would likely relate to general age- and mileage-related wear rather than any pattern of failure indicated by the official test record.