2022 MG ZS Trophy EV Electric · AP22 NUH

A fractured nearside rear lower coil spring that caused a test failure in July 2025 stands as the primary mechanical blemish on an otherwise brief statutory testing history, which returned to a clear pass with no defects recorded on July 13, 2026. This isolated structural failure on a four-year-old vehicle indicates an unexpected metallurgical weakness or impact fatigue rather than chronic wear, though it warrants close inspection of the surrounding suspension architecture. The presence of a removed items advisory concerning the driver's view during both the failed test and subsequent pass in 2025 reflects minor cabin clutter rather than a structural or visibility defect. Overall, the record shows a single sharp failure followed by a compliant test, demonstrating that the immediate defect was successfully rectified. Accumulating just 5,537 miles over its four-year life equates to a very low average of roughly 1,384 miles per year, establishing an ultra-light duty cycle. While this minimal usage means high-wear components like brake discs, pads, and high-voltage drive units have faced very little operational demand, low mileage of this nature often points to periods of prolonged standing or exclusively short urban journeys. Because electric vehicles rely heavily on regenerative braking during normal operation, low annual mileages can occasionally lead to underuse of the physical friction brakes, resulting in surface corrosion on the discs or partially seized sliding calipers if the mechanical brakes are rarely brought to a firm stop. During the pre-purchase inspection and dynamic road test, the buyer must direct specific attention to the rear suspension where the coil spring was replaced, listening carefully for any metallic clunks, creaks, or unusual stiffness when traversing speed humps, potholes, or uneven road surfaces. Verify that the replacement spring matches its offside counterpart in ride height and tension, ensuring the vehicle sits squarely without a rear-end sag or a pronounced side-to-side lean. Suspension geometry and tracking should also be checked to confirm that the rear axle alignment was properly adjusted following the spring replacement, preventing premature rear tyre shoulder wear and ensuring the vehicle tracks straight without pulling under braking. Because the friction brakes see limited service on low-mileage electric vehicles, accelerate to a safe speed on a clear stretch of road and apply the brake pedal firmly to test for smoothness, pedal travel, and the absence of judder or vibration through the steering wheel. Inspect the physical condition of the brake discs for excessive surface rust accumulation or scoring caused by disuse, and check that the wheels roll freely without binding after the brakes are released. Finally, verify that all auxiliary systems, charging interfaces, and suspension mounting points are free from damage or fluid leaks, ensuring the car's overall assembly matches the cleanliness of its latest statutory test.