2005 Ford KA 1.3L Petrol · BD55 LZB

A clear pattern of progressive corrosion and suspension wear dominates the recorded test history of this 2005 Ford Ka, with structural integrity emerging as the central concern. The most recent test on 7 November 2024 resulted in a failure for an ineffective offside front windscreen wiper, but more telling are the advisories that accompanied it, which include a damaged offside rear tyre and worn suspension components on both front arm and rear subframe mountings. Looking back through the record, the trend is one of escalating chassis deterioration: an earlier failure on 8 February 2022 cited an offside front outer sill so corroded that rigidity was significantly reduced and an offside rear inner sill mounting excessively corroded to the point of compromising structural strength. These are not isolated findings; the same sill corrosion was flagged as advisory in 2021 before deteriorating into major failure categories, demonstrating a worsening trajectory in the body and subframe areas. Two additional failures within the recorded period, one for a fractured nearside front coil spring in February 2021 and another for a damaged offside front Macpherson strut mounting in November 2022, further confirm that suspension and structural components have been under active decline rather than receiving effective remediation between tests. The recorded mileage of 45,714 miles across 21 years equates to an average of roughly 2,177 miles annually, which is notably low for the vehicle's age and suggests extended periods of either light use or standing. The MOT record itself reveals clear evidence of irregular testing, with gaps between tests that imply the car was either off the road or unregistered for portions of its life, most notably the absence of any recorded test in 2020 or 2023 prior to October. Low annual mileage of this nature typically results in reduced wear on internal drivetrain components but accelerates external degradation through moisture retention, oxidation of brake and fuel lines, and deterioration of rubber bushes and seals that dry out when stationary. The repeat advisories for rear axle swivel pins and bushes across multiple consecutive tests, combined with the subframe and sill corrosion findings, are consistent with a vehicle that has experienced prolonged standing periods during which rust has taken hold beneath the chassis rather than being regularly washed away by active road use. A prospective buyer should treat the chassis and suspension as the priority inspection areas before committing to purchase. On a physical examination, the offside front outer sill and offside rear inner sill must be examined closely for perforation, with a torch used to check behind any trim or underseal, as the 2022 failure noted the rigidity of these areas was already compromised. The front subframe mountings and rear subframe pin or bush locations should be raised on a lift and inspected for movement by hand, as advisories for these items have appeared across four of the recorded tests, indicating progressive rather than resolved wear. On a road test, listen for clonking or knocking noises from the front suspension, especially over speed humps and potholes, which would suggest the worn suspension arm pins have progressed beyond advisory tolerance into excessive movement. The rear axle should be monitored for any wandering instability or rear-end instability under braking, indicative of further swivel pin wear, while any uneven tyre wear on the front pair, as flagged in 2023, should prompt a check for alignment and worn suspension components that may now require replacement. Additional checks during viewing should focus on the secondary advisories and failure items recorded across the history. The exhaust system should be listened to at idle and under load for any blowing or ticking noises, as a minor leak was noted in 2023 and may have progressed. Both front wipers should be operated to confirm full and effective clearing of the screen, as a failed wiper caused the 2024 failure. The front coil springs, one of which fractured in 2021, should be visually inspected for any signs of surface cracking or corrosion pitting, and the vehicle should sit level at both ends when parked on flat ground. Given the pattern of structural advisories converting into failure items between tests, any prospective purchase should be accompanied by a borescope inspection of the sill cavities and a thorough underside survey by a qualified technician, as the MOT record demonstrates that corrosion on this particular Ka has been advancing rather than stabilising over the recorded testing period.