2021 MG ZS Exclusive EV Electric · GJ71 DHU

Electrical maintenance habits come into sharp focus with this five-year-old electric vehicle, which secured a straightforward pass on September 18, 2026 at 59,060 miles, immediately following a dramatic failure the day prior due to complete offside front dipped and main beam headlamp outages. This momentary dual-beam failure points either to localized bulb degradation, wiring connector corrosion, or multi-function stalk switch instability that was swiftly rectified for the retest. While the 2025 test was completely clean, the 2024 inspection flagged both front tyres as worn close to the legal limit on their edges, establishing a clear pattern of front-end consumable usage that any prospective buyer must factor into their immediate financial calculations. Accumulating roughly 11,812 miles per year over its five-year lifespan, the vehicle displays a steady, high-utilization profile consistent with frequent commuting or fleet usage rather than sitting idle. This regular, sustained mileage means the electric powertrain, high-voltage battery management systems, and thermal cooling loops have been in constant active service, avoiding the potential degradation risks associated with long-term stationary storage. However, this level of intensive road use inevitably accelerates mechanical wear on chassis components, steering joints, and braking hardware, meaning the vehicle's roadworthiness relies heavily on how well its underpinnings have coped with high-frequency miles on damp British roads. During the static inspection and dynamic road test, the buyer should pay meticulous attention to the front lighting clusters to ensure the previous headlamp failure has been fully resolved without lingering wiring faults, checking all beam patterns, indicator repeats, and dashboard warning lights. Given the historical front tyre wear noted in 2024, inspect the inner and outer tread depths of the current front tyres for any signs of premature shoulder scrubbing or uneven wear, which could indicate front-end geometry misalignment or tired suspension compliance bushes. Listen closely over undulating road surfaces for any knocking, clunking, or creaking noises emanating from the front suspension MacPherson struts, anti-roll bar drop links, or lower control arms. Because this is an electric vehicle utilizing regenerative braking alongside traditional friction brakes, evaluate the physical condition of the brake discs and pads for surface scoring, uneven pad transfer, or rust accumulation from under-use, ensuring the brake pedal feels firm and progressive without any excessive travel. Test the steering responsiveness across varying speeds to check for pull or vibration, and verify that all electronic convenience features, heating elements, and charging ports operate reliably. A thorough inspection of the underbody subframes and high-voltage cable shielding is also recommended to confirm there is no structural corrosion or impact damage from road debris picked up over its extensive mileage accumulation.