2006 Ford Fiesta 1.4L Petrol · FH06 AHX

A pattern of chronic suspension, steering, and drivetrain advisories alongside two MOT failures in quick succession defines the mechanical story of this 2006 Ford Fiesta. Across the seven tests on file, suspension components have been flagged repeatedly, including both front lower arm ball joint dust covers in 2018 and 2019, an anti-roll bar linkage ball joint dust cover failure in 2020, and corroding rear coil springs noted in 2019 and again in 2022. Drivetrain gaiters have also been a recurring theme, with the offside front outer CV boot deteriorating over multiple tests and ultimately being recorded as severely deteriorated and leaking grease in 2022. Braking and tyre concerns compound the picture, with front brake discs noted in poor condition, a dangerous nearside front tyre bulge recorded in February 2021, and both front tyres worn to the legal limit at the same test. The most recent recorded outcome on 9 June 2022 was a pass, but it carried the CV boot minor defect and a fresh advisory noting that both rear coil springs are corroding, suggesting ongoing deterioration rather than resolution of the underlying wear. The recorded mileage of 103,808 miles across approximately seventeen years of MOT history equates to an annual accumulation of about 6,000 miles, which is broadly modest for a vehicle of this age. However, the testing record contains notable gaps, including a lengthy period between the 2018 and 2019 tests and then relatively frequent testing from 2019 onwards, which suggests the vehicle has had variable use and may have been standing or used intermittently at various points. Lower annual mileage of this nature typically means that corrosion rather than mechanical wear is the dominant threat, which aligns closely with the coil spring, subframe, and general age-related deterioration flagged throughout the record. Standing periods can also accelerate deterioration of rubber boots, gaiters, brake components, and brake hydraulic seals, all of which are reflected in the recurring advisory list. For a prospective buyer, the priority areas during inspection are the front suspension geometry, CV gaiters, rear springs, and braking system. On a test drive, listen for clonking or knocking from the front end over uneven surfaces, which would indicate worn ball joints, anti-roll bar links, or top mount deterioration beyond what the dust cover advisories suggested. Feel for vagueness in steering response or any knocking through the steering wheel, both of which can indicate worn track rod ends, and pay particular attention to any wandering or pulling, which could point to worn suspension bushes or distorted front rims as previously flagged. Inspect the offside front CV gaiter visually for fresh grease contamination or splits, as the record shows this has been deteriorating for several years. At the rear, check for any sagging of the vehicle's stance or audible clonks over bumps, which would confirm that the corroding rear coil springs have progressed to the point of replacement. Finally, the braking and tyre condition warrants close scrutiny given the historical record. With front brake discs previously noted in poor condition and front tyres having reached the legal limit in 2021, verify the current pad and disc wear, feel for any judder through the brake pedal which would indicate disc runout or warping, and check for binding or uneven operation of the calipers. Slack in the handbrake was flagged repeatedly from 2020 onwards, so confirm on a hill start that the handbrake holds the vehicle firmly without excessive travel. Inspect the rear tyres for any cuts or bulges in the sidewalls, as the nearside rear tyre was previously recorded with various cuts, and check the front headlamp lenses for the clouding or contamination that has been previously noted, as obscured lamps resulted in a major failure in 2021. A thorough inspection of the rear axle beam bushes, which were recorded as age-cracked in 2019, is also worthwhile, as deterioration of these components can affect handling and rear stability.