2005 Ford Focus 1.6L Petrol · DV55 AEB

Chronic advisories for suspension, tyres and wheel components dominate this 2005 Ford Focus MOT history, painting a picture of a 21-year-old car whose consumables are clearly reaching the end of their service life. Across four consecutive passes from 2022 to 2025, no test has been entirely free of attention items, and the most recent examination on 4 November 2025 alone produced four advisories covering nearside rear tyre perishing, nearside front anti-roll bar linkage ball joint play, and inner-edge wear on both front tyres. This is not the record of a vehicle that has been steadily improving; rather, the pattern is one of persistent, recurring wear items that have shifted between components but never fully cleared. A PRS failure in October 2022 for an inoperative offside headlamp on dipped beam was rectified before a same-day re-test pass, but it adds to a picture where minor electrical items and deteriorating rubber and joints are accumulating year on year. Mileage on file stands at 110,000 miles across five recorded tests, equating to an average of roughly 5,238 miles annually over the 21-year life of the car, which is notably below the typical accumulation rate for a Focus of this vintage. The 2022 tests and subsequent annual examinations are tightly spaced, suggesting the vehicle has been in regular use rather than laid up for extended periods. Low annual mileage does reduce wear on major drivetrain components such as the clutch and engine internals, but it also means longer standing periods between journeys, which accelerates corrosion on exposed ferrous components, dries out rubber boots and bushes, and allows tyre sidewalls to perish from age rather than tread wear, as the recurring nearside rear tyre cracking advisories demonstrate. The fact that mileage has not been recorded between tests in the supplied data also means the actual annual figure could be higher than implied. For a prospective buyer, the suspension, drivetrain and tyre findings deserve close physical scrutiny. The advisories for nearside front anti-roll bar linkage ball joint play have appeared in both the 2024 and 2025 tests, indicating that while it has not yet crossed the failure threshold, the wear is progressing and a replacement drop link or anti-roll bar bush may soon be required. On a test drive, listen for clonking or knocking from the front end over speed humps and uneven surfaces, and feel for imprecise turn-in or vagueness through the steering during direction changes. The 2022 advisory for nearside rear wheel bearing play and the 2022 minor for a severely deteriorated nearside front CV joint boot are also worth investigating: the CV boot should be visually inspected for splits, grease loss and contamination, as a torn boot left unchecked leads to joint failure, while any humming or rumbling from the rear that changes with cornering load could indicate the wheel bearing has progressed beyond slight play. Both front tyres were flagged in 2025 for inner-edge limit wear, so check for uneven shoulder wear that can point to worn suspension geometry, tracking issues or sagging coil springs typical of a car of this age. Body integrity, exhaust and ancillary items complete the inspection priorities. The loose exhaust heat shield advisory from 2023 may seem trivial but can resonate noisily at idle and over bumps and should be secured or replaced. With the vehicle now over two decades old, particular attention must be paid to corrosion of brake pipes, fuel lines and the rear subframe mounting points, none of which have been flagged to date but are common failure areas on Mk2 Focus models reaching this age. Examine the underside for any surface rust bubbling through the wheel arches, sills and suspension components, and during the road test listen for any brake pedal sponginess that could suggest corroded brake lines requiring renewal. Ensure all exterior lighting, particularly the registration plate lamps and dipped beam function, operates correctly, as these minor electrical items have already contributed to past advisories and a PRS failure.