2022 MG ZS SE EV Electricity · EN72 DFE

A clean bill of roadworthiness characterises this 2022 MG ZS EV, with the single recorded DVSA test on 23 January 2026 producing a pass and zero advisories or defects logged against any inspected component. Such an outcome on a four-year-old vehicle is reassuring, as the MOT examination covers the full breadth of safety-critical systems including suspension, braking, steering, lighting, tyres, and visible structural integrity. For an electric crossover, the absence of advisories relating to underbody components is particularly relevant, given the additional scrutiny applied to areas where battery housings and associated mounting hardware can mask developing corrosion. The record at present indicates a mechanically sound platform, though it must be remembered that a single clean test offers only a snapshot rather than a longitudinal reliability profile. Mileage accumulation on this ZS stands at 21,034 miles over approximately four years of registration, equating to a modest annual average of around 5,250 miles. This is markedly below the typical mileage band for a privately-used family crossover and suggests either predominantly urban or short-journey usage, a second-household vehicle, or extended periods of inactivity between trips. From a mechanical standpoint, low annual mileage on an EV tends to benefit the powertrain and high-voltage battery longevity due to reduced charge cycling and thermal stress, while the conventional ancillary components such as brake discs, callipers, and tyres can suffer from surface corrosion and uneven wear patterns owing to infrequent use and reduced regenerative braking exercise. The single test entry also means there are no prior inspection data points to chart any deterioration trend, so mileage consistency between service records and MOT submissions remains the principal means of corroborating the odometer reading. For a prospective buyer, the priority areas to inspect on a physical walkaround and test drive will logically centre on the components most affected by the stated usage pattern. Brake discs should be checked for lipping, pitting, or rust scoring on the inner and outer friction surfaces, as low mileage combined with heavy reliance on regenerative deceleration can leave the friction brakes under-exercised, leading to binding callipers or judder under pedal application. A test drive should incorporate firm pedal applications from moderate speed to confirm straight-line stopping without vibration, alongside several cycles of gentle and more forceful stops to free any lightly corroded pads from their seats. The tyres warrant close inspection for uneven shoulder wear, flat-spotting from prolonged standing, and checking that the manufacturing date stamps confirm they are not an aged set that has hardened despite appearing minimally worn. Suspension and steering refinement deserves particular attention during the road test, given that even a clean MOT cannot detect worn bushes, compliant top mounts, or degraded anti-roll bar links that may only manifest as noise or vagueness under load. Listen for clonks or thuds from the front suspension over speed humps and uneven tarmac, particularly as the MG ZS platform is known to be sensitive to compliance in the lower wishbone and rear torsion beam bushes. Steering should feel precise and self-centring without any notchiness around the straight-ahead position. Finally, verify all charging functions including the AC and DC rapid-charge ports, inspect the high-voltage cable for any damage or fraying around the connector, and request evidence of the 12V auxiliary battery's age, as this remains a common failure point on lightly used EVs and can produce misleading drivability symptoms if its state of charge is poor.