2014 Ford Focus 1.6L Petrol · LL14 CVR

A recurring electrical weakness at the front and rear lamp clusters defines the MOT profile of this 2014 Ford Focus, though its overall roadworthiness trajectory is otherwise stable. The most recent test on 3 June 2026 was a clean pass with no advisories, but this followed an immediate failure just two days earlier on 1 June 2026 when both offside front and offside rear position lamps were not functioning. A near-identical offside front position lamp failure also caused a fail in June 2025, demonstrating a persistent issue with that particular bulb or its associated wiring and socket rather than a one-off lapse. Beyond lighting, the 2025 test recorded a dangerous defect for offside front brake pad thickness falling below 1.5 mm, which had been correctly anticipated the year prior when the same pads were flagged as wearing thin. The earlier 2024 advisories for slightly discoloured rear direction indicators and a corroded rear anti-roll bar round out a picture of a car that has passed three consecutive tests but with a thin margin of component wear developing in the background. Annual mileage of approximately 6,272 miles over twelve years sits broadly in line with the typical usage rate for a Focus of this vintage, indicating a vehicle that has been driven regularly rather than left dormant for extended periods. There are no significant gaps between MOT entries that would suggest long-term off-road storage, which means the consumable wear patterns observed are reflective of consistent service rather than the shock-loading failures often seen when cars return to use after lay-ups. With 75,269 miles now recorded, the mechanical components most affected by accumulation, such as suspension bushes, anti-roll bar linkages, brake discs, and the clutch assembly, are approaching the upper end of their expected service life for this age of vehicle. The 2024 advisory regarding rear anti-roll bar corrosion suggests structural attention will be required in coming tests, particularly given the damp UK winter conditions that accelerate oxidation on underbody components. A prospective buyer should treat the offside front position lamp as the primary inspection item, checking that the bulb, holder, and connector are all sound, as two failures of the same lamp within twelve months points to either a failing bulb holder or a poor earth connection that may recur. Both front and rear lamp units are worth a careful visual check for water ingress or corroded contacts, given the repeat rear position lamp failure alongside the front issue. On test drive, listen carefully for any knocking or clonking from the front end over uneven surfaces, which would indicate worn suspension bushes or droplinks, and pay particular attention to the rear anti-roll bar for any loose rattle, as corroded anti-roll bar mountings were flagged in 2024 and may have worsened. The brake pedal should feel firm and progressive without any judder under firm application, as the previous dangerous brake pad wear on the offside front should prompt a thorough inspection of the caliper slide pins to ensure the new pads are wearing evenly and not binding. Beyond the flagged items, the general condition of the underbody deserves close scrutiny given the noted corrosion on the rear anti-roll bar, and a ramp inspection should look for any surface rust advancing on subframe members, brake pipes, and suspension arms which are common Focus weak points at this mileage. All tyres should be examined for even shoulder wear, which can point to tracking or worn suspension geometry, particularly given the nearside front tyre cut noted in 2024. The slight discolouration of the rear direction indicators flagged across multiple tests should be verified as cosmetic only, with no internal water ingress or LED failure developing. Finally, check that the child seat referenced in the 2026 advisory was simply an inspection obstruction and not masking any underlying damage to the rear seatbelt or anchorages, and confirm that the offside rear position lamp is functioning correctly across all lighting modes, including when the ignition is first switched on before any bulb warm-up can mask a marginal connection.