2016 Ford Fiesta 1.0L Petrol · LA16 AFZ

The vehicle demonstrates a stable roadworthiness trend, with the most recent 2025 MOT at 57,536 miles confirming no defects. All tests from 2022 to 2025 show consistent passing results, indicating reliable maintenance. The absence of advisories or failures over this period suggests the car has been well-maintained, though the low mileage for its age (approximately 5,754 miles annually) warrants scrutiny. The 2022 test on July 27 recorded a failure, yet no defects were listed, raising questions about the accuracy of that entry. Subsequent tests, including the 2022 July 28 retest at the same mileage, showed no issues, implying the failure may have been a procedural error. The mileage progression reveals a near-stagnant pattern, with the car accumulating just 1,243 miles between the 2022 and 2025 tests. This minimal usage could indicate prolonged periods of inactivity, increasing the risk of component degradation such as corrosion, dry rot, or seized mechanisms. The 2022 test on July 27, coinciding with the same mileage as the following day’s retest, suggests potential duplication or administrative inconsistency. Despite this, the lack of recurring defects in the MOT history implies the vehicle has not developed critical mechanical issues, though its low usage may mask wear in systems requiring regular operation, such as the exhaust or suspension. A buyer should prioritise inspecting the undercarriage for rust or corrosion, particularly in areas prone to moisture exposure, and verify the condition of suspension components like bushes and coil springs, which can degrade without frequent use. The brake system, including discs and calipers, should be checked for binding or uneven wear, as infrequent driving may lead to uneven pad deposits. Additionally, the battery, fluids, and rubber components (e.g., hoses, seals) should be assessed for age-related deterioration. While the MOT record shows no immediate concerns, the car’s low mileage necessitates a thorough pre-purchase inspection to confirm its mechanical integrity.