2025 MG ZS Trophy Connect EV Electric · AX74 JMO

The MG ZS Trophy Connect EV has maintained a clean MOT history with no defects recorded across all three tests, most recently passing on 31 March 2026 at 34,955 miles. This suggests the vehicle has been consistently roadworthy under DVSA inspection standards, with no recurring issues or advisories to indicate worsening mechanical trends. The most recent test confirms compliance with current emissions, brake efficiency, and structural integrity requirements, though a thorough in-person inspection remains essential to verify components not covered by the MOT—such as high-voltage battery condition, suspension wear, or soft seals in the electric drivetrain. The mileage pattern reveals an unusual accumulation of 34,955 miles in just under a year, following a minimal 346 miles between February and April 2025. This suggests either intensive use or a prolonged period of inactivity before rapid mileage buildup. The gap between the 2025-04-01 test (1,742 miles) and the 2025-02-07 test (346 miles) implies the vehicle may have stood unused for several months prior to the sudden increase. While this does not inherently signal neglect, it raises questions about how components like tyres, suspension bushes, and brake pads have been managed during this period. Given the absence of MOT defects, the primary focus for an in-person inspection should centre on high-wear areas accelerated by the high mileage. Check for uneven tyre wear—indicative of alignment issues or aggressive driving—and assess suspension components for excessive play in coil springs or worn steering rack bushes. The electric powertrain warrants scrutiny: verify the high-voltage battery’s cooling system for corrosion or fluid leaks, and inspect the regenerative braking system for binding calipers or degraded brake discs. Corrosion around wheel arches and sills is also worth examining, particularly if the vehicle has experienced wet storage. While the MOT record provides reassurance, these areas are not routinely tested and could reflect the accelerated wear implied by the mileage pattern.