2016 Ford Fiesta 1.2L Petrol · MH65 ENL

A clean and stable MOT history defines this 2016 Ford Fiesta's mechanical profile, with the most recent test on 6 October 2025 recording a pass and no advisories whatsoever. Across the visible testing record there are five entries, of which three are passes with no defects and two are failures also recorded with no defects, an unusual combination that almost certainly reflects administrative re-tests rather than any underlying mechanical concern. The complete absence of advisory notes across every recorded entry is genuinely notable for a ten-year-old vehicle, suggesting that brake components, suspension assemblies, exhaust sections, steering components, and underbody structure have not deteriorated to the threshold where testers were obliged to comment. The annual cadence of testing from 2024 onwards, combined with identical October dates for the pass and fail entries, strongly indicates straightforward pre-test rectification and re-submission rather than any chronic or recurring defect pattern. With 61,677 miles recorded against a ten-year age, this Fiesta has covered roughly 6,168 miles annually, which sits broadly within the typical band for a small hatchback of its vintage and likely reflects a mix of urban commuting and shorter journeys rather than sustained motorway use. There are no obvious multi-year gaps in the testing record, which means the vehicle has not been laid up for extended periods, and there is no evidence of rapid mileage accumulation between tests that would suggest heavy commercial or long-distance use. Mechanically, this kind of moderate mixed-use mileage pattern is favourable for the drivetrain, as it avoids the cylinder bore glazing and oil seal hardening associated with low-mileage short-trip operation while not generating the clutch, dual-mass flywheel, or turbo wear seen on high-mileage examples. The Fiesta's 1.0 EcoBoost and 1.25 Duratec engines are both known to be relatively robust in this mileage range provided routine servicing has been maintained, and the absence of any emissions or exhaust advisories supports a healthy catalyst and lambda sensor function. Given the entirely clean advisory record, a prospective buyer cannot rely on the MOT history to narrow down specific weak points, so the inspection should instead target the components statistically most likely to require attention on a Fiesta of this age and mileage. The rear drum brake assemblies, which are not separately inspected during MOT testing, should be checked for binding or squeal when reversing from cold, and the front brake discs and pads felt through the steering wheel for any judder under firm braking. The suspension should be assessed over broken road surfaces, listening carefully for clonks or rattles from the front anti-roll bar drop links, track rod ends, and lower wishbone bushes, all of which are common wear items on the Mk7 Fiesta platform and often present before MOT testers would record an advisory. The clutch should be exercised on a hill to confirm smooth take-up without slipping or juddering, particularly if the vehicle is equipped with the EcoBoost engine, where dual-mass flywheel replacement can be a significant cost if neglected. Further checks should focus on underbody and structural condition, since corrosion advisories on the rear subframe, brake pipes, and suspension mounting points are an emerging concern on Fiesta models of this era operating in regions where road salt is used heavily. A thorough inspection from beneath the vehicle, ideally on a ramp, is recommended to confirm the floor pans, sills, and rear axle mounting areas remain solid and free of perforation. On the test drive, any pulling to one side under braking, uneven steering return, or a wandering front end would warrant immediate further examination of the front suspension geometry. Inside the cabin, the coolant temperature gauge should be monitored for steady warm-up behaviour, as the small-capacity EcoBoost engines can suffer from thermostat and water pump wear in this age bracket. Finally, confirming a complete service history with evidence of regular oil and filter changes at appropriate intervals will be the single most important factor in verifying that the clean MOT record reflects genuine mechanical health rather than simply a lack of recorded defects.