2025 MG ZS Trophy HEV Auto 1.5L Hybrid electric (clean) · DM52 MAX

The vehicle has no recorded MOT history on the DVSA database, meaning that no official test outcome is available to assess whether the car has passed, failed or received advisories in recent years. In the absence of any MOT entries it is impossible to determine a maintenance trend; the lack of data could indicate that the car has either never been subject to a statutory test, that it has been kept off‑road, or that records have not been entered. Consequently a prospective buyer must treat the absence of MOT information as a risk factor and seek independent verification of the car’s service and inspection history. Mileage for this 2025 MG ZS Trophy HEV is not supplied, so no direct comparison with the vehicle’s age can be made. A typical hybrid of this class would be expected to accumulate roughly eight to twelve thousand kilometres per annum, giving a 2025‑model in 2026 an average mileage of about ten to fifteen thousand kilometres. If the actual mileage is substantially lower, the car may have been lightly used but could also have suffered from prolonged periods of inactivity, leading to issues such as battery sulphation, brake disc rust and tyre perishing. Conversely, if the odometer later reveals a high figure, the hybrid powertrain and associated cooling systems may have experienced accelerated wear, and the regenerative‑braking components could be nearing the end of their service life. For a vehicle of this age with no MOT record and unknown mileage, the buyer should conduct a thorough visual and tactile inspection. Examine the tyre sidewalls for cracking, dry rot or bulges, and verify tread depth is at least 1.6 mm across the width; tyres older than six years should be replaced regardless of wear. Inspect the under‑tray and wheel arches for corrosion, especially around the battery mounting points and brake lines, as standing moisture can lead to rust that compromises structural integrity. Check the 12‑volt auxiliary battery terminals for corrosion and test the voltage; a healthy auxiliary battery should read around 12.6 V at rest, while the high‑voltage hybrid pack should be examined by a qualified technician for state‑of‑charge and error codes. A test‑drive should focus on the hybrid powertrain’s smoothness and any irregularities in the transition between electric and combustion propulsion. Listen for clunking or knocking from the suspension bushes, control arms and sub‑frame, which could indicate worn bushings or loose mounts. Observe brake response for any shudder, pulsation or uneven pull, symptoms of warped discs or sticking calipers that often develop when a car sits unused for long periods. Finally, request the full service book and any recent diagnostic reports; confirm that oil, coolant, brake fluid and windshield‑washer fluid have been changed within the manufacturer’s time‑based intervals (typically every 12 months for a hybrid) and that the hybrid coolant is still within its service life, as degradation can lead to overheating of the inverter and reduced efficiency.