2018 Skoda Fabia 1.0L Petrol · FL18 MFF

The 2026-06-18 date confirms that the MOTs recorded in 2026 are significantly more recent than the current date, placing the inspection within the immediate future rather than a completed history. This temporal proximity suggests a potential for future deterioration, particularly given the lack of a recent failure in the most recent test, which implies that the most recent inspection was likely performed under normal conditions without prior warnings. The maintenance trend appears stable, as no defects were recorded in the September 2026 test, indicating that the vehicle has been maintained within acceptable parameters for the current year. Regarding the mileage pattern, the data reveals a clear gap between the most recent test and the previous two inspections, with a significant accumulation of miles since the 2025-03-18 failure. This gap of approximately 13,000 miles is substantial for a vehicle of its age, suggesting that the owner may have experienced a period of reduced usage or a long-standing absence, which can accelerate wear on suspension components, brakes, and drivetrain parts. The sparse yet consistent record of passing tests from 2024 to 2026 indicates that the vehicle has undergone a relatively long maintenance cycle without major failures, but the rapid mileage gain since the 2025-03-18 failure warrants closer scrutiny of the suspension and braking systems. A buyer should inspect the vehicle in person to evaluate the condition of suspension bushes, coil springs, and binding calipers, which are the primary components flagged in the MOT history. The record shows no signs of structural rust or corrosion on the chassis or undercarriage, but the presence of binding calipers and suspension bushes in the MOT suggests that the brakes may require regular adjustment or replacement. Given the mileage gap, a thorough check of the suspension geometry and hydraulic fluid levels is essential to ensure that the vehicle will not fail in the future due to premature wear on these critical components.