2006 Ford Fiesta 1.4L Petrol · SH06 LZP

A recurring pattern of steering and suspension wear dominates the recorded test history of this 2006 Ford Fiesta, with the steering rack inner joint flagged for play on four separate occasions between 2020 and 2022 and the nearside front anti-roll bar linkage ball joint appearing on three tests in that same window. The most recent examination on 5 April 2022 recorded a pass, but the advisory list again captured the corroded offside front power steering pipe/hose, persistent steering rack play, anti-roll bar ball joint movement, and a nearside front water leak, suggesting these items have been progressively worsening rather than being rectified between tests. A more serious note comes from the 2021 failure, where a dangerous defect was recorded for the bonnet being seriously at risk of opening inadvertently, alongside a damaged central seat belt, both of which represent safety-critical items that required remedial work before the subsequent pass. The earlier 2019 failure for a leaking offside rear shock absorber and the 2020 failure for a major exhaust gas leak with an out-of-range lambda reading indicate that emissions and damping components have also required attention during the recorded period. The recorded mileage of 101,338 miles over a 20-year life equates to an average of roughly 5,067 miles per year, which is low for a vehicle of this age and likely reflects either extended periods off the road or genuinely light usage. Test gaps are notable, with only five MOT entries recorded between 2019 and 2022 despite the vehicle being of an age that would typically require annual testing from its fourth year onwards, and these tests cluster in the early months of each year, implying possible SORN periods or intermittent use. While low annual mileage reduces wear on major drivetrain components, it can accelerate deterioration of rubber seals, brake components, and fluid systems through lack of regular use, and the recurring oil leak advisory noted in 2021 alongside the coolant leak in 2020 is consistent with prolonged standing allowing seals to dry and perish. For a prospective buyer, the steering and front suspension items should be the primary focus of any physical inspection. With the steering rack inner joint having been flagged on multiple occasions, it is worth listening for any clunking or knocking from the front end when turning the wheel at low speed, and checking for excess free play in the steering while the engine is running with the vehicle stationary. The anti-roll bar ball joint and linkage should be inspected for perished or cracked bushes, and the car should be driven over uneven surfaces to detect rattling or imprecise handling that would indicate worn linkages. Given the persistent advisory for the corroded offside front power steering pipe/hose, the pipework should be physically examined for surface rust, pinhole leaks, or weeping around crimped joints, and the steering should be checked for any groaning or stiffness on full lock that might indicate fluid loss or contamination. The braking system, although not flagged with specific defects in the records, warrants attention given the vehicle's age and the front-end wear pattern, and the front discs and pads should be inspected for lipping and low material. The shock absorbers, particularly the offside rear unit that previously failed with a serious fluid leak, should be checked for any renewed signs of oil misting or uneven damping by pushing down firmly on each corner and observing how the vehicle settles. The water and coolant leaks noted in 2022 and 2020 respectively should be investigated by checking coolant levels and reservoir condition, and the area beneath the nearside front footwell should be inspected for damp carpets or evidence of water ingress from the previously recorded leak. Finally, a thorough check of the bonnet catch and secondary locking mechanism is essential given the dangerous defect recorded in 2021, and the central rear seat belt buckle should be tested for positive latching and release to confirm the earlier failure has been properly resolved.