2019 MG ZS 1.5L Petrol · GN69 WCZ

The 2019 MG ZS has demonstrated a stable but inconsistent maintenance record, with the most recent MOT on 22 May 2026—just two months ago—showing no defects. This suggests the vehicle has passed its test without fail since then, though the prior history reveals a pattern of recurring, low-severity issues rather than critical failures. The binding rear brake fault from May 2025, while not excessive, indicates a persistent mechanical concern that should be verified during an in-person inspection. Similarly, the corrosion on front coil springs has been flagged in three consecutive tests, implying long-term neglect rather than a sudden failure. The absence of major advisories or structural faults in the latest test is reassuring, but the repetition of brake and suspension issues warrants closer scrutiny. The mileage progression of 78,320 miles over seven years reflects typical usage patterns for this model, averaging around 11,189 miles annually. There are no significant gaps or abrupt jumps in mileage between tests, though the 2024 to 2025 interval shows a steady increase from 44,048 to 62,768 miles—suggesting consistent driving rather than prolonged storage. The lack of MOT records before 2024 means prior maintenance history remains unverified, but the recent consistency in testing intervals is a positive indicator of at least basic compliance with legal requirements. A buyer should prioritise an inspection of the front suspension, particularly the corroded coil springs, which have been flagged repeatedly. The binding rear brake fault from 2025 should be checked for wear or misalignment, as should the front brake discs, which have shown consistent pitting. The tyres, especially the near-side front, require immediate attention due to their proximity to legal limits and signs of perishing. While the latest MOT suggests these issues have been addressed, their recurrence implies either deferred maintenance or substandard repairs. Structural corrosion beyond the springs should also be examined, particularly around wheel arches and subframes, to assess long-term integrity.