2007 Ford Focus 2.5L Petrol · ST07 GAZ

A nineteen-year-old Ford Focus showing its age primarily through underbody corrosion rather than any structural or mechanical failures is the defining characteristic of this particular MOT record. The most recent test on 12 January 2024 was passed without advisories relating to brake performance or component integrity beyond minor wear items, and the previous test on 9 September 2022 was a clean pass with no defects recorded at all. This stable roadworthiness picture over a two-year testing window suggests the vehicle has been mechanically sound for routine maintenance standards, though the emergence of three advisories on the latest test, where none were present previously, indicates the early stages of wear that warrants attention. The advisory concerning general surface corrosion to the underside is particularly relevant for a Focus of this vintage, as the model is well known for subframe and suspension mounting corrosion in later life. With only 44,818 miles recorded across roughly nineteen years, this Focus has covered an average of approximately 2,359 miles annually, which is notably low for its age bracket and suggests either limited use as a secondary household vehicle or extended periods of standing between journeys. Such low annual mileage means the major drivetrain components including the engine, transmission, and clutch have seen relatively little mechanical stress, but it also raises the usual considerations associated with cars that are not driven hard or frequently. Brake discs and pads can suffer from surface corrosion during prolonged standing, rubber components can deteriorate without regular use, and seals that rely on thermal cycling may develop minor leaks over time. The relatively short testing intervals between 2022 and 2024, without large mileage jumps in the recorded data, are consistent with a vehicle that has been kept largely stationary or used only for occasional short journeys. The advisory concerning slight play in the nearside front anti-roll bar linkage ball joint is a common wear item on Focus models approaching their late teens and should be evaluated physically rather than dismissed. On a test drive, listen for clonking or rattling noises from the front suspension when traversing speed bumps, uneven road surfaces, or driveway kerbs, and feel for any vagueness or looseness through the steering wheel during slow cornering. If the droplink bush has worn sufficiently, the anti-roll bar will not effectively control body roll and the symptom will present as a slight delay before the vehicle responds to steering inputs in tighter bends. Replacement is a relatively inexpensive service item but should be confirmed as carried out or budgeted for, as continued driving with a worn droplink can place additional stress on the surrounding bushes and strut mounts. The advisory regarding parking brake efficiency only just meeting the required standard points to a rear brake system that is on the cusp of requiring attention. During a test drive, attempt to apply the handbrake on a moderate incline and observe whether the vehicle holds securely or creeps forward, which would indicate the rear shoes or caliper mechanism need adjustment or replacement. Disc rear Focus variants can suffer from seized caliper slide pins or worn handbrake cables, both of which present as either a handbrake that requires excessive lever travel or one that fails to hold on a slope. The uneven wear noted on the offside front tyre inner edge is consistent with either a wheel alignment issue or worn front suspension geometry, possibly linked to the droplink play flagged in the same test, and a fresh alignment check combined with a close inspection of the front strut and wishbone bushes would be prudent. Finally, given the surface corrosion advisory, a thorough inspection of the subframe, suspension arm mounting points, and brake pipe runs from underneath on a ramp is strongly advisable before purchase, as Focus models of this generation are prone to more serious structural corrosion developing once surface rust becomes established.