2006 Ford Focus 1.6L Petrol · EF06 AAZ

The defining mechanical story of this 2006 Ford Focus is a recurring pattern of wear-related advisories concentrated on the front suspension and tyres, culminating in a single fail at the most recent test cycle. The vehicle passed on 29 November 2024 with two advisories for nearside and offside front tyres worn close to the legal limit on the edge, but the underlying trend across the recorded history points to gradual deterioration rather than a stable roadworthiness picture. In the 2021 test the car was presented twice on the same day, first failing on a nearside front tyre cut deep enough to reach the ply or cords and an insufficient windscreen washer, then passing after repair with advisories for front brake pads wearing thin, both front suspension arm pins or bushes worn but not yet resulting in excessive movement, and a defective rear exhaust mounting. The 2022 test brought another tyre advisory, while the 2023 entry was completely clean, suggesting either replacement of wear items or a period of lighter use. Taken together, the record shows a vehicle that passes each annual assessment but is accumulating advisories at a steady cadence, primarily on consumable and chassis components that are typical ageing items for a Focus of this vintage. Against an age of approximately twenty years, the recorded mileage of 77,226 miles equates to a yearly accumulation of roughly 3,861 miles, which is substantially below the average for a car of this era. Such a low annual figure can equally indicate genuinely light use or extended periods where the vehicle was off the road, and the MOT testing cadence here, with tests recorded in 2021, 2022, 2023, and 2024, suggests continuous use rather than a long lay-up. Mechanically, low mileage reduces stress on the engine and drivetrain internals but can accelerate ageing of rubber components, brake calipers, and underbody protection through corrosion rather than wear, particularly on a Focus of this generation where subframe and suspension arm corrosion are known concerns. The mixed pattern of advisories, rather than a clear mileage-driven wear gradient, is consistent with a vehicle that has been used intermittently enough for some components to degrade from age while remaining within test tolerances. For a prospective buyer, the priority mechanical items to examine are the front suspension arms, bushes, and anti-roll bar links, given that both sides were flagged as worn in 2021 and a further inspection is warranted after three years of additional road exposure. On a test drive, listen for clonking or knocking noises from the front end over speed bumps, on uneven surfaces, and when turning at low speed, as these are typical symptoms of worn front arm bushes progressing past the MOT advisory threshold. The steering should also be checked for vagueness, knocking through the rack, or uneven self-centring, and the wheels should be rocked laterally with the car raised to detect play in the bushes or ball joints. The brake pedal should feel firm without excessive travel or judder under firm application, since the 2021 advisory noted thin front pads and caliper binding is a recognised Focus issue that can lead to uneven disc wear and pulling under braking. The tyres also merit close attention, as edge wear on both front tyres was noted at the most recent test, and a deep nearside front cut was recorded as a failure in 2021. Edge wear typically points to incorrect camber or toe settings, worn suspension bushes affecting wheel geometry, or simply under-inflation, so a four-wheel alignment check is advisable alongside a full inspection of the tyres for cracking on the sidewalls given the age of the vehicle. Beyond the recorded items, the underbody should be examined on a ramp for corrosion to the subframe, brake pipes, and rear axle mounting areas, as these are recognised weak points on Mk2 Focus models of this age. The rear exhaust mounting flagged in 2021 should be rechecked for any renewed looseness, and a thorough road test including engine warm-up behaviour, clutch bite point, and gearbox synchro engagement under load is recommended given the intermittent-use history of this particular example.