2019 Ford Focus 1.5L Petrol · LL69 HFP

The most recent DVSA MOT test for this 2019 Ford Focus was conducted on 28 October 2025 and resulted in a clean pass with no defects or advisories recorded against the vehicle. This is the fourth consecutive pass on file, with similarly clean outcomes recorded at the October 2024, October 2023, and October 2022 tests. A four-year run of defect-free MOT results is an encouraging indicator of consistent mechanical upkeep and suggests that the vehicle has not developed any recurring issues significant enough to be flagged under the standard MOT inspection categories. The absence of advisories on the most recent pass is particularly notable, as advisories typically highlight components that are worn but still within legal tolerance, and their absence indicates that even borderline wear items were not deemed necessary to flag at the time of examination. Overall, the maintenance trend appears stable and well-managed. With a recorded mileage of 47,568 miles over approximately seven years, the vehicle is accumulating an average of around 6,795 miles annually, which sits broadly within the typical range for a car of this age and class. There are no significant gaps in the annual MOT testing record, with tests consistently performed in October of each year from 2022 through 2025, suggesting the vehicle has been in regular use rather than left standing for extended periods. This kind of consistent, moderate usage is generally favourable from a mechanical longevity standpoint, as it tends to keep components such as the brakes, clutch, suspension, and drivetrain functioning normally without subjecting them to the extremes of either very high mileage wear or prolonged inactivity-related deterioration. There is no evidence of mileage discrepancy between tests that would suggest clocking or irregular recording. Given the clean MOT history, buyer inspection efforts should focus on age- and mileage-related wear items that may not have been flagged during routine testing but are nonetheless relevant at this stage of the vehicle's life. Tyre condition warrants particular attention; even if the tyres had legal tread depth at the October 2025 test, check the sidewalls for signs of perishing, cracking, or UV degradation, as rubber deteriorates with age regardless of wear. Inspect the brake discs for any lipping or signs of corrosion, particularly if the vehicle has been subject to short journeys, and verify that the brake calipers are not binding by ensuring the wheels rotate freely when the vehicle is lifted. Under the bonnet, check the condition and age of the 12-volt battery, as a seven-year-old original unit is likely approaching the end of its service life and could present starting issues, particularly in colder weather. Also examine the coolant and brake fluid, which are time-served items that typically require replacement on a calendar basis rather than mileage, and verify the condition of drive belts and auxiliary hoses for any signs of hardening or weeping. On a test drive, listen carefully for any suspension irregularities such as clonks or knocks over uneven surfaces, which could indicate worn anti-roll bar bushes, drop links, or top mount bearings, all of which are common wear items on a Focus of this age. Pay attention to the steering for any vagueness, vibration, or pulling to one side, and monitor the gearbox for smooth engagement, particularly on the popular manual variants where synchro wear can develop. Check for any signs of fluid leaks beneath the vehicle after it has been parked, paying particular attention to oil from the engine and gearbox, and coolant from the radiator and associated pipes. Finally, confirm that the service book is fully stamped and cross-reference the work carried out with the mileage, ensuring that scheduled items such as cambelt replacement (if applicable to the engine variant), spark plugs, and transmission fluid have been attended to at the appropriate intervals, as these are maintenance items not covered by the MOT examination but essential to long-term reliability.