2020 MG ZS Exclusive EV Electric · EY69 FUH

This MG ZS EV demonstrates a consistently stable roadworthiness profile, with the most recent MOT test on 2025-07-28 confirming no defects at 38,561 miles . The vehicle has passed every test since its first MOT in 2023-01-05 , with only minor, non-serious advisories recorded—specifically a rear brake disc classified as worn but not critically weakened and a nearside front tyre cut that did not penetrate the ply. The absence of recurring failures or advisories suggests the vehicle has been maintained at a basic level, though the lack of major issues also implies either attentive ownership or a design resilient to common wear patterns. The mileage progression indicates moderate usage , averaging around 6,400 miles per year over its six-year lifespan. There is a 16-month gap between the 2023-01-05 and 2023-07-28 tests, during which the vehicle accumulated 3,491 miles , followed by a more typical 8,367 miles between the 2023-07-28 and 2024-07-23 tests. The 2024-2025 interval saw 5,306 miles covered, maintaining a steady pattern without abrupt spikes or prolonged inactivity. While the mileage is within expected ranges for its age, the extended gap between tests in 2023 could imply either delayed servicing or a period of lower usage. A prospective buyer should prioritise an independent inspection of the brake system , particularly the rear discs and calipers , given the 2023 advisory for wear. The front nearside tyre cut —though not severe—warries scrutiny of the remaining tyres for uneven wear, tread depth, and potential damage from debris or road hazards. Given the vehicle’s electric nature, the battery health and cooling system should also be assessed, as these are critical but non-MOT-tested components. Finally, suspension bushes, coil springs, and steering linkages should be checked for excessive play or corrosion, as these are common wear areas not always captured in MOT records. The absence of structural advisories does not preclude hidden corrosion, particularly in areas prone to salt damage.