2016 Ford Mondeo 2.0L Diesel · YP66 BBO

A 2016 Ford Mondeo presenting this MOT history is fundamentally a low-defect vehicle with an isolated electrical failure, no chronic advisories, and no corrosion or component wear flagged across five recorded tests. The most recent examination on 30 April 2026 returned a clean pass with no advisories, continuing a stable run of pass results at the 2023, 2024, and 2025 tests, each of which was also free of recorded defects. The single blemish in the record is the failure recorded on 27 March 2026, just over a month before the clean pass, where the hazard warning switch was judged inoperative. Because that defect relates specifically to the switch mechanism and not to any structural, braking, suspension, or emissions item, and because a pass was achieved immediately afterwards, the pattern does not suggest a developing mechanical concern so much as a one-off component fault that was rectified before re-test. With 32,829 miles recorded against a 2016 registration and an average annual accumulation of roughly 3,280 miles, this Mondeo has covered far less ground than its age would typically imply, which places it firmly in the low-mileage bracket for its cohort. There are no extended gaps in the testing record within the documented window, but the modest yearly mileage indicates either predominantly short-trip urban use or extended periods of stationary storage between journeys. Mechanically, that profile tends to spare wear on high-mileage items such as clutch friction material, dual-mass flywheel components, and diesel injectors if applicable, but it can conversely accelerate degradation of items that suffer from disuse, including brake caliper slide pins seizing, brake disc surface corrosion, and underbody corrosion where moisture is allowed to dwell without the drying effect of regular sustained running. Given the actual MOT record contains no flagged advisories on suspension, braking, or steering components, the test-drive focus should logically centre on confirming that the original absence of advisories reflects genuinely serviceable condition rather than simply a car that has not been used enough to expose latent wear. On the move, listen for clonks or knocking from the front suspension over uneven roads and speed bumps, which would indicate worn top mounts, drop links, or anti-roll bar bushes, and feel for any vagueness or knocking through the steering rack that might point to worn inner or outer tie-rod ends. Under braking, test from around 40 mph and check for judder through the pedal, which can indicate warped front discs, and listen for any grinding or scraping that might suggest worn pads or a seized caliper slider; a binding caliper after driving will also show as a hot wheel hub relative to the opposite side. Confirm the handbrake holds the car securely on a slope and that the clutch bite point is reasonably high and smooth, as low-mileage clutches can still suffer from master or slave cylinder degradation. The only electrical item on file is the hazard switch, so it is worth a functional check before purchase, confirming that the hazard lamps illuminate both front and rear from the switch and that the indicator tell-tale flashes in time with the selected direction. A useful additional confirmation is that the switch itself feels positive and latching rather than loose or intermittent, as some replacement switches of this generation are known to exhibit poor tactile feedback. Beyond that, given the low recorded mileage relative to age, a prospective buyer would be well advised to inspect the tyres closely for cracking in the sidewalls or tread, as old tyres can lose integrity regardless of remaining tread depth, and to check the 12V battery's state of charge, particularly if the vehicle has stood for extended periods. Finally, the structural integrity assessment implicit in the clean MOT record should still be backed by a physical look underneath the car for any surface corrosion to subframe, suspension arms, and brake pipe runs, because low annual mileage combined with limited sustained running can allow underbody corrosion to develop without being reflected in test outcomes.