2009 Ford KA 1.2L Petrol · KR09 AMO

Chronic structural corrosion and recurring suspension degradation define the mechanical profile of this 2009 Ford Ka, which accumulated 128,274 miles by its most recent MOT pass on October 2, 2025. An analysis of the test history reveals a persistent pattern of corrosion affecting the subframe, rear axle, and coil springs across multiple consecutive years, alongside previous failures involving the parking brake and indicator lamps. While the vehicle secured straight passes in the 2024 and 2025 tests, the underlying corrosion advisories noted in earlier years indicate that structural metal fatigue remains an ongoing feature of this vehicle's roadworthiness. With roughly 17 years on the road and an average annual mileage accumulation of approximately 7,546 miles, the usage pattern sits firmly within typical parameters for this vehicle class. This steady accumulation suggests consistent operation rather than extended periods of storage, meaning that mechanical wear is distributed across standard lifetime intervals rather than accelerated by sudden inactivity. However, high mileage on a lightweight urban chassis inevitably translates into cumulative mechanical fatigue across suspension joints, steering linkages, and load-bearing underbody components. A thorough physical inspection of the underbody is essential before purchase, specifically targeting the front subframe extensions, rear axle beam, and coil spring mounting points where corrosion has repeatedly been flagged. On a test drive, listen carefully for metallic clunks, knocks, or groaning noises from the corners of the vehicle over speed bumps or rough road surfaces, which would indicate compromised coil springs or degraded top mounting cups. Furthermore, inspect the nearside driveshaft seal area for any signs of the oil leaks noted in prior test cycles, and check the operation of the parking brake to ensure the lever mechanism holds firmly without excessive travel. Finally, verify the condition of all exterior lighting lenses, as rear and front direction indicators have a documented history of discoloration. Check that the windscreen damage noted in multiple earlier tests has not progressed into structural cracking within the driver's direct field of vision. Prospective buyers should budget for potential underbody rust remediation and the replacement of ageing suspension hardware to maintain long-term compliance and safety.