2013 Ford Focus 1.6L Diesel · FE63 GSY

This 2013 Ford Focus presents a clean and uninterrupted record of roadworthiness across its recent testing history, with the most recent assessment on 7 August 2025 returning a pass and no advisories or defects of any kind recorded against the vehicle. Equally telling is the consistency leading up to that result: passes with no defects were also recorded in September 2022 and September 2023, while the September 2024 visit that initially logged a failure was followed immediately by a same-day or next-visit pass with no defects, suggesting the earlier failure was administrative, retest-related, or a minor item resolved on site rather than any deeper structural or mechanical concern. Across five recorded test events spanning three years, the vehicle has not attracted a single advisory, which is an unusually tidy outcome for a thirteen-year-old car and points to components such as the suspension, braking system, underbody structure, and emissions-related hardware all remaining within DVSA tolerance thresholds at each annual inspection. The mileage profile indicates a vehicle that has been used steadily rather than sparingly. With 144,867 miles accumulated over roughly thirteen years, the average annual running is around 11,144 miles, which is broadly in line with typical UK usage for a car of this age and type. There are no extended gaps between tests suggesting long periods off the road, and no sudden or implausible leaps in recorded mileage between consecutive MOTs, which supports the consistency of the odometer history. For a Focus of this generation, sustained mileage of this nature means that while major structural and safety items have continued to pass, consumable wear items such as front brake discs and pads, tyres, engine ancillaries, and clutch or transmission refinements will have accumulated significant use and are best judged on their present physical condition rather than relying on the MOT record to flag them. For a prospective buyer, the absence of recorded advisories means the MOT file does not itself highlight specific components to interrogate, so a focused physical inspection and test drive should concentrate on the areas most likely to wear or deteriorate on a high-mileage Focus of this vintage. Pay particular attention to the front suspension, listening and feeling for knocks, clonks, or wandering steering over uneven surfaces which could indicate worn drop links, control arm bushes, or wishbone joints even if they remain within MOT pass tolerances. Inspect the brake discs on both sides for lipping, surface scoring, or corrosion around the outer edge, and check that the pedal feels firm without excessive travel or judder under firm application. On the test drive, monitor for any excessive vibration through the steering wheel at speed, clutch slip or judder on engagement, and any blue or white exhaust smoke on overrun or after warm-up, as a 1.6-litre petrol or diesel unit of this mileage can develop oil consumption or cooling system weaknesses that would not necessarily be recorded as an MOT defect. A thorough pre-purchase inspection with the vehicle raised on a ramp remains strongly advisable despite the clean MOT history, given the high recorded mileage and the age of the car. Look underneath for any emerging corrosion, particularly around the rear axle mounting areas, subframe, and brake pipes, as these are common weak points on this generation of Focus and would only be flagged once they have already deteriorated beyond the MOT failure threshold. Check the condition and quality of the tyres, the operation of all cooling system fans, and for any signs of oil misting or weeping around the cam cover, sump, and turbo oil lines if fitted. Finally, verify that all dashboard warning systems extinguish correctly on start-up, that the air conditioning blows cold, and that there are no stored fault codes, as electronic and ancillary issues are not always surfaced by an MOT but can foreshadow more significant expenditure on a thirteen-year-old vehicle nearing the end of its expected service life.