2015 SEAT MII 1.0L Petrol · AD15 DVP

The 2015 SEAT MII presents a highly stable maintenance trend, culminating in a clean pass on 2025-07-07 at 67,951 miles with zero defects recorded. This follows a consistent pattern of passing tests without any mechanical or structural advisories. The sole anomaly in the record is a failure on 2024-07-19 at 62,435 miles, yet the absence of recorded defects for that specific test suggests an administrative or procedural issue rather than a mechanical fault, as the vehicle passed just five days later on 2024-07-24 at 62,441 miles with no defects. The overall trajectory indicates a vehicle that has required no significant mechanical intervention to maintain its roadworthiness. The mileage accumulation aligns closely with the vehicle's age, averaging roughly 6,177 miles per year, which reflects typical light urban or suburban use. Between the July 2022 test at 49,964 miles and the July 2023 test at 56,180 miles, the car covered 6,216 miles. The subsequent year saw a similar accumulation of 6,261 miles, reaching 62,441 miles by July 2024. The most recent annual interval shows a slight reduction to 5,510 miles, reaching the current 67,951 miles by July 2025. There are no alarming gaps or sudden spikes in the odometer readings, pointing to regular, consistent usage rather than prolonged standing or excessive long-distance touring. Given the entirely clean MOT record with zero advisories, the vehicle shows no recurring structural or mechanical defects that demand immediate scrutiny. However, a physical inspection remains prudent for a city car of this age. Buyers should inspect the condition of the suspension bushes and coil springs for wear typical of urban driving, where potholes and speed bumps accelerate deterioration. The brake discs and calipers require a close visual check to ensure no binding or corrosion has developed, particularly if the car has spent periods stationary. Tyre condition and age also warrant attention, as low-mileage city cars often suffer from perishing and uneven wear rather than tread depletion.