2022 MG HS Excite Phev Auto 1.5L Hybrid electric (clean) · PO22 ZVE

The vehicle is currently roadworthy but operating with multiple critical wear items that require urgent attention. The most recent MOT on 18 March 2025—just over three months ago—recorded failures related to tyre condition and brake components, all classified as major defects under DVSA standards. Both front tyres were worn close to the legal limit and exhibited edge wear, while rear brake pads were thin and rear discs showed pitting and scoring. These are not isolated advisories but active failures indicating progressive deterioration, and the absence of a subsequent test means no evidence of remediation. The trend is clearly worsening: these issues were not present in earlier tests (no prior records supplied), and their emergence together at 78,403 miles signals accelerated consumable wear rather than stable maintenance. With a recorded mileage of 78,403 miles as of March 2025 and a model year of 2022, the car has covered approximately 19,601 miles annually—well above the UK average for a plug-in hybrid of this type. This rate implies consistent, likely daily use rather than occasional or low-intensity driving. There are no gaps in the MOT record suggesting periods of inactivity; instead, the accumulation appears steady and substantial. Given the vehicle’s age—just over four years—the mileage reflects significant mechanical loading, particularly on braking systems, suspension, and tyres, all of which align with the defects identified in the latest test. A buyer must inspect the front axle thoroughly: check for uneven tyre wear patterns linked to alignment or suspension geometry faults, including worn control arm bushes, ball joints, or steering rack mounts. The rear brake assembly requires close examination—not just pad thickness and disc scoring, but caliper operation, as binding or sticking is often the root cause of asymmetric wear and premature disc damage. Suspension components such as coil springs, shock absorbers, and anti-roll bar links should be assessed for corrosion, deformation, or play, especially given the high annual mileage and PHEV weight distribution. Any signs of structural corrosion around wheel arches, sills, or subframe mounting points must be ruled out, as sustained high-mileage use can exacerbate hidden degradation in less visible areas.