2009 Ford KA 1.2L Petrol · YC09 RKY

A 2009 Ford Ka with 93,107 miles on the odometer presents a mechanical profile characterised by recurrent advisories spanning three years before clearing the MOT register again in April 2026. Three consecutive failed MOTs between March 2021 and March 2023—including a dangerous failure in March 2022 where both front tyres were found below legal tread depth and a near-side front shock absorber exhibited a serious fluid leak—establish a pattern of persistent component degradation rather than isolated incidents. A subsequent pass in late 2026 restored compliance with an advisory regarding front tyre wear, yet the underlying weakness remains evident in the vehicle's documented history. The overall trajectory shows instability punctuated by brief recoveries, with the most recent test confirming only superficial tyre concerns while leaving deeper systems under scrutiny. The mileage figure of 93,107 miles across approximately 17 years translates to roughly 5,477 miles per annum, which stands notably lower than typical consumption patterns for vehicles of this age and model. This reduced annual accumulation may reflect infrequent driving, extended periods of immobility, or deliberate conservation of the engine and drivetrain, but it also implies that high-wear components such as suspension bushings, brake pipes, and tyre contact patches have been subjected to fewer cycles than would be expected. The gap between the 2022 failure and the 2026 passing represents four years of intermittent use, during which the same systems continued to deteriorate despite the lower mileage tally, suggesting that the vehicle's age and design limitations are being stressed by the remaining operational life of critical assemblies. Focusing on the suspension architecture reveals two distinct failure modes: the mounting surfaces for rear and near-side front shock absorbers show progressive corrosion that compromised their load-bearing capacity, evidenced by fluid leakage from the near-side front unit in early 2022 and ongoing deterioration in later assessments. During a test drive, listen for a rhythmic knocking or shuddering over bumps when traversing uneven surfaces, particularly on the near-side front corner, which indicates internal shock absorber seal failure. Additionally, inspect the rear suspension mounting brackets for signs of rust penetration that could allow the subframe to flex improperly, potentially causing a pulling sensation to one side of the chassis during cornering. The brake system history highlights a corroded rear brake pipe that accumulated grease and debris, a condition that persisted through multiple MOT examinations until the vehicle cleared in April 2026. On a test drive, apply steady pressure through each gear to assess whether the braking response is consistent and whether there are any vibrations transmitted through the wheel hub that might indicate internal pipe stress. Simultaneously, verify that the front tyres maintain adequate tread depth throughout the journey, as the 2026 advisory flags wear close to legal limits and prolonged exposure to hard-packed surfaces could accelerate lateral wear. If the rear tyres exhibit cupping or uneven wear patterns, this would compound the tyre concern identified in the most recent MOT.