2014 Fiat 500 1.2L Petrol · SD64 AAX

The 2014 Fiat 500 demonstrates stable roadworthiness based on its most recent MOT on 2025-05-27 at 63,434 miles, which recorded a pass with no defects. The prior three tests from 2024-06-17 (57,900 miles), 2023-06-23 (50,316 miles), and 2022-06-16 (41,719 miles) also passed without issues, indicating consistent maintenance. However, a duplicate entry for 2023-06-23 shows a failure at the same mileage, though no defects were logged, raising questions about the accuracy of the record. This inconsistency warrants scrutiny, as it may reflect administrative errors or unrecorded issues. Overall, the vehicle’s mechanical state appears reliable, but the failed test suggests a need for closer inspection. The car’s mileage of 63,434 miles over 12 years equates to approximately 5,286 miles annually, significantly below the average for its age. This low usage could imply infrequent driving or prolonged periods of inactivity, which might affect components like the battery, suspension bushes, and brake discs. Notably, the 2022-06-16 test at 41,719 miles showed no defects, while the 2023-06-23 test at 50,316 miles—just 8,597 miles later—also passed. The lack of defects across these intervals suggests the owner prioritized maintenance, though the sudden jump in mileage between 2022 and 2023 could hint at uneven usage patterns. A buyer should verify the vehicle’s structural integrity, particularly around the chassis and body seams, as corrosion can develop in low-mileage cars left stationary. The absence of suspension or brake-related defects in MOT records is positive, but the 2023 failure—regardless of recorded outcome—warrants checking for hidden issues. Inspect the exhaust system for leaks, as emissions compliance can degrade over time, and confirm the condition of the battery and electrical components, which may suffer from inactivity. The MOT history shows no recurring faults, but the unclear failure entry underscores the importance of a pre-purchase inspection to validate the vehicle’sTrue mechanical state.