2006 Ford Focus 1.6L Petrol · KF56 ACJ

A clear pattern of rear suspension corrosion alongside recurring subframe and tyre wear advisories defines the recorded MOT history of this 2006 Ford Focus, with the most recent test on 7 October 2022 resulting in a pass accompanied by five advisories. The rear coil spring corrosion noted on both nearside and offside sides first appeared in the 2021 test and was repeated on the 2022 pass, suggesting progressive surface oxidation rather than a one-off observation. The earlier 2022 pass also logged a position lamp defect recorded as a present reason for stop on the same date, indicating that an advisory-free run was not achieved that year. The rear subframe, flagged as slightly corroded in 2022 and as corroded but not seriously weakened the year prior, represents the most structurally significant theme running through the file. The recorded mileage of 151,081 miles across a 20 year vehicle age equates to an average annual accumulation of roughly 7,500 miles, which sits within typical parameters for a car of this era and usage profile. There are no extended gaps in the testing history that would imply a prolonged period off the road, with annual tests recorded across 2021 and 2022 confirming consistent use. This level of mileage is sufficient to place natural wear demands on suspension bushes, brake discs and pads, clutch operation, and exhaust mounting points, particularly on a Focus of this generation where mechanical durability has been demonstrated across high-mileage examples. The relatively even accumulation rate means wear-related advisories are likely to continue rather than diminish. Given the repeated coil spring corrosion advisories, particular attention should be paid on a test drive to any knocking or clonking noises from the rear suspension, particularly over speed humps or uneven road surfaces, as corroded springs can fracture and migrate. Listen for clonks when turning at low speed or crossing cats eyes, as deteriorated springs and bushes on the rear beam commonly present in this manner. With the subframe corrosion flagged in consecutive tests, a thorough underbody inspection is advisable, ideally with the vehicle raised, to check whether the surface corrosion has progressed to pitting or scaling that could compromise structural integrity or mounting points for the rear beam and brake lines. Pay close attention to the condition of brake pipes running along the subframe, as rust on Focus subframes frequently migrates to pipe work in this area. The consistent front inner tyre wear advisories on both nearside and offside wheels suggest an alignment or suspension geometry issue that has not been rectified between tests. Undertake a test drive on a straight road to check for steering pull to either side, and listen for any vibration through the steering wheel which can indicate uneven inner shoulder wear exacerbated by incorrect tracking. Verify that the front brake discs are not lipped or warped, as pedal judder under braking is a common symptom on high-mileage Focus examples. Inspect the front inner tread surfaces closely on a viewing inspection, as continued edge wear will lead to premature tyre replacement and potential MOT failure. Finally, confirm that all exterior position lamps, including the offside front unit that caused the present reason for stop in 2022, are functioning correctly before purchase, and ensure that the rear coil springs and subframe are physically inspected rather than relying solely on the advisory history.