2015 KIA Picanto 1.0L Petrol · SR64 AFV

The 2015 KIA PICANTO with 74,326 miles is currently roadworthy following its most recent MOT on 2025-05-16, which recorded a pass with no defects. However, the vehicle’s MOT history reveals a pattern of repeated failures without recorded issues, including three consecutive fails in 2025-04-25, 2025-04-16, and 2025-05-16, all at mileages between 74,302 and 74,320. These failures, though not annotated with specific defects, suggest potential inconsistencies in maintenance or testing procedures. The lack of recorded faults in the latest test implies resolution of prior issues, but the frequency of failures raises questions about the vehicle’s reliability and the thoroughness of previous inspections. The mileage of 74,326 miles aligns with an average annual usage of 6,757 miles, typical for an 11-year-old vehicle. However, the MOT records show irregular testing intervals, with a 12-month gap between the 2024-04-25 pass (63,352 miles) and the 2025-04-16 fail (63,350 miles), followed by a 21-day period of multiple tests. This inconsistency may indicate periods of neglect or rushed compliance. The minimal mileage increase between the 2024 and 2025 tests (just 2 miles) also suggests possible data entry errors or the vehicle being stationary for extended periods, which could exacerbate wear on components like suspension bushes or brake discs. A buyer should prioritise a hands-on inspection of the suspension system, particularly the rear coil springs and shock absorbers, given the vehicle’s age and the recurring MOT failures. The absence of recorded defects does not preclude hidden issues, such as binding calipers or corroded exhaust components, which may not trigger immediate MOT failures. Structural integrity should also be assessed, as rust or fatigue in the chassis could develop over time. While the latest test confirms roadworthiness, the history warrants caution, and a pre-purchase inspection by a qualified mechanic is strongly advised to verify the vehicle’s mechanical condition beyond the MOT records.