2020 MG ZS Exclusive EV Electric · NJ20 AFO

The 2020 MG ZS EXCLUSIVE EV presents a clean and stable maintenance trend, with its most recent MOT on 11 July 2025 passing at 34,049 miles with zero defects recorded. A failed test on 8 July 2025 at the identical mileage shows no defects listed, suggesting the failure may have been administrative or related to a documentation issue rather than a mechanical fault, with the retest clearing immediately three days later. The preceding tests on 10 July 2024 at 29,314 miles and 14 July 2023 at 26,219 miles both passed without advisories or failures, confirming a consistent pattern of defect-free roadworthiness across the recorded history. The mileage accumulation tells a clear story of light use. Between July 2023 and July 2024, the car covered approximately 3,095 miles, and between July 2024 and July 2025 it added 4,735 miles, averaging roughly 5,675 miles per year over its six-year life. This is well below the UK average of around 7,500 to 8,000 miles annually. The gap between the 2024 and 2025 tests shows a modest uptick in usage, but nothing that would indicate heavy wear on consumable components such as brake pads, tyres, or suspension bushes. The low overall mileage also means the electric drivetrain has seen relatively few charge and discharge cycles compared to higher-mileage equivalents. Despite the clean MOT record, a buyer should still carry out a thorough in-person inspection focused on areas that MOT tests do not fully stress-test. The battery health and state of charge capability should be verified through the vehicle's onboard diagnostics, as EV battery degradation is not assessed during a standard MOT. Tyre condition deserves close attention, since low-mileage vehicles often suffer from age-related sidewall cracking rather than tread wear, and the original tyres on a 2020 vehicle may now be approaching six years old. Suspension components including front lower arm bushes, rear trailing arm bushes, and shock absorber dust covers should be inspected for perishing, as infrequent use can cause seals to dry out and rubber to deteriorate unevenly. Brake calipers and discs should be checked for surface corrosion, a common issue on EVs where regenerative braking reduces mechanical brake use and can lead to disc binding or uneven pad wear over time. The underside and sills should be examined for any signs of structural corrosion, particularly around mounting points and drain holes, as EV platforms can be vulnerable to moisture ingress in battery tray areas. Finally, the charge port, onboard charger connector, and high-voltage cabling should be visually inspected for damage or corrosion, and a full diagnostic scan should be requested to confirm no stored fault codes in the battery management system or power electronics.