2017 Ford KA 1.2L Petrol · FG67 CFL

The 2017 Ford Ka presents a mixed roadworthiness profile, with the most recent MOT on 2025-06-11 at 37,968 miles recording a pass. However, a prior test on 2025-06-09 at 37,959 miles resulted in a failure, though no defects were explicitly listed. This narrow window of two days and 9 miles between tests suggests either a procedural error or a minor issue resolved rapidly. Previous MOTs from 2021 to 2023 show consistent passes with no defects, indicating a stable maintenance record until the recent anomaly. The vehicle’s low mileage of 37,968 miles over nine years (approximately 4,219 miles annually) implies light usage, but the abrupt failure raises questions about potential underlying issues not captured in the data. The mileage progression reveals a gradual increase, with 23,362 miles in 2021, 29,951 miles in 2022, 35,393 miles in 2023, and 37,968 miles in 2025. This pattern suggests consistent, controlled usage rather than sudden acceleration. However, the lack of detailed defect reports in all tests limits insight into specific mechanical conditions. The absence of advisories or failures in earlier records implies the vehicle was maintained to a basic standard, though the recent failure at near-identical mileage warrants scrutiny. The sparse data does not confirm recurring issues, but the proximity of the failure to the subsequent pass is unusual and merits further investigation. A buyer should prioritize a physical inspection of the braking system, as the recent failure may relate to components like rear brake binding or exhaust emissions. Suspension bushes and coil springs should also be checked, given the low mileage’s potential to mask wear from prolonged inactivity. Structural integrity and corrosion are less likely concerns due to the vehicle’s age and mileage, but the lack of defect details in the MOT history means critical issues could have been overlooked. Overall, the car appears roadworthy but requires a thorough mechanical check to address the unresolved failure and confirm its continued reliability.