2022 MG 5 Exclusive Electric · KS22 FXL

Tyre structural integrity and edge wear form the core mechanical narrative of this vehicle, punctuated by a recent major test failure on the offside rear tyre due to a deep cut exposing cords alongside shoulder wear on both rear corners, which was swiftly rectified before passing a retest on 2026-01-30. Prior to this intervention, the estate recorded a completely clean pass in June 2025, indicating that while structural and braking systems have remained largely unblemished during its testing life, tyre maintenance demands close scrutiny. The progression from advisory wear to a dangerous cut highlights the necessity of monitoring rubber condition closely on this model, as high-torque electric drivetrains can place distinct demands on rear tyre longevity depending on regenerative braking settings and load distribution. Accumulating 44,642 miles across approximately four years yields an average of roughly 11,160 miles annually, positioning this MG 5 firmly within typical usage brackets for a modern battery-electric estate often deployed in fleet or family duties. This steady mileage accumulation avoids the risks associated with prolonged periods of standing, such as high-voltage battery degradation or brake binding from disuse, while ensuring that mechanical joints, suspension bushings, and steering components have experienced a normal, continuous working life. Because high-mileage EVs accumulate rapid rotation on high-load components, the chassis will have absorbed standard UK road imperfections consistently, requiring targeted verification of ride quality. During the pre-purchase inspection and test drive, pay particular attention to the rear axle and tyre alignment to ensure the previous shoulder wear was not caused by suspension geometry issues or trailing arm deflection. Listen carefully over harsh speed bumps and uneven road surfaces for any knocking or clunking noises originating from the multi-link suspension setup, subframe mountings, or anti-roll bar drop links, which commonly bear the brunt of heavier electric vehicle mass. Additionally, examine the braking feel through the pedal, verifying that regenerative blending transitions smoothly into friction braking without judder, binding, or uneven pull, confirming that the discs and calipers are operating freely without premature corrosion or pad degradation.