2021 MG ZS Excite EV Electric · SP64 MCC

The MG ZS EV in question carries a clean MOT history with no defects recorded across three consecutive tests, most recently passing on 18 November 2025 at 30,805 miles. This demonstrates a stable roadworthiness trend over the past 18 months, with no advisories or recurring issues to suggest neglect or impending mechanical failure. The most recent test confirms compliance with current UK standards for emissions, electrical systems, and structural integrity, though the absence of any recorded faults does not preclude wear that falls outside MOT scope—such as suspension bush deterioration or high-voltage battery health, which are not routinely inspected. The mileage progression reveals a consistent pattern of approximately 6,161 miles per year, aligning with typical usage for a vehicle of this age. The gap between the May 2024 (19,069 miles) and November 2024 (19,174 miles) tests is unusually brief—just 105 miles over 12 weeks—suggesting either a temporary storage period or an early MOT renewal. The final 11,631 miles between November 2024 and November 2025 were accumulated steadily, implying regular use without aggressive driving. While the low mileage relative to age could indicate lighter usage or periods of inactivity, it also means some high-wear components—such as brake pads, suspension dampers, and tyres—may still be within serviceable limits. Given the lack of MOT-recorded faults, priority should be given to inspecting areas not routinely tested. The suspension should be examined for cracked or worn coil springs, deteriorated bushes (particularly at the subframe mounts), and excessive play in the steering rack. Brake systems warrant close scrutiny: while the MOT did not flag binding calipers or worn discs, EV-specific brake wear patterns (often uneven due to regenerative braking) may require pad and rotor inspection. The high-voltage battery compartment should be checked for corrosion, secure cable connections, and any signs of thermal degradation, as these are not MOT-checked but critical to long-term safety. Finally, the underbody should be inspected for corrosion around wheel arches and sills, as electric vehicles often suffer accelerated rust due to exposed battery components and lack of underbody protection.