2008 Ford KA 1.3L Petrol · EK08 FLE

Structural corrosion is the defining mechanical story for this 2008 Ford Ka, with the MOT history painting a clear pattern of progressive weakening across multiple load-bearing and mounting areas. The most recent test on 24 October 2025 was a pass, but it came with an advisory that the integral body structure is corroded alongside corroded sill seams, signalling that while rigidity has not yet critically failed, the lower body shell is actively deteriorating. Two tests prior, on 23 October 2023, the vehicle failed outright on three majors, including excessive corrosion at the nearside front seat belt anchorage outer sill, the nearside rear suspension mounting inner arch, and the offside front subframe mounting, all areas prescribed for structural integrity. A further major failure followed on 29 October 2024 for the offside rear suspension component mounting. Although each of those failures was subsequently addressed to achieve a pass, the recurrence of corrosion in distinct structural locations across consecutive years points to an ongoing and systemic issue rather than isolated incidents, a common concern for Ka models of this generation where factory rust protection is known to be limited. The recorded mileage of 44,837 miles against an 18-year age equates to an annual accumulation of roughly 2,500 miles, which is substantially below the typical usage profile for a small city car of this era. This low figure is consistent with limited daily use or extended periods of low activity, and the relatively even cadence of annual MOT tests suggests the vehicle has not been formally off the road for any prolonged stretch. Mechanically, low annual mileage tends to preserve the engine internals and transmission from the wear associated with high-mileage driving, but it also exposes the bodywork, underseal, brake system, and flexible components to the effects of standing in damp conditions. Rubber boots, dampers, brake calipers, and underbody coatings all degrade through age and environmental exposure rather than through use, which correlates strongly with the corrosion pattern observed in the test record. The brake discs, pads, and tyres will not have suffered the wear of a higher-mileage car, but age-related perishing and corrosion of those components should still be expected. A prospective buyer should treat the corrosion findings as the primary area of physical inspection, particularly along the sills, inner and rear suspension turrets, front subframe mounting points, and the seat belt anchorage areas. On a ramp or with a torch applied beneath the vehicle, look for perforations through the sill seams rather than just surface scaling, as the advisory specifically notes the seams are corroded, and probe the subframe and rear suspension mountings with a screwdriver to confirm whether the metal still has structural resistance or has thinned to the point of needing welding repairs. Pay particular attention to the offside rear and nearside front lower body, as these are the locations of the historical majors. On the road, listen for clonks or knocks from the rear suspension over uneven surfaces, which would indicate that mounting stiffness has been compromised, and feel for any wandering or vagueness in the steering that could point to worn suspension bushes rather than simply the anti-roll bar linkage dust cover deterioration noted as a minor in the most recent test. Inspect the nearside front seat belt anchorage closely for any movement or cracking around the bolt mounting, and confirm the buckle latches and retract correctly. Given the minor advisory on the nearside front anti-roll bar linkage ball joint dust cover, check for any grease contamination around the front wheels and listen for rattling or clunking from the front suspension over speed humps. With such low mileage, the brake system may have seized or corroded calipers and pitted discs from age rather than use, so test for smooth pulling away without judder and confirm the handbrake holds effectively on an incline, as a binding caliper or seized rear mechanism is a common low-mileage failure point. Inspect all tyres for age-related sidewall cracking even if the tread depth appears adequate, as the 2023 test recorded both front tyres worn close to the legal limit. Finally, request evidence of any welding or corrosion repair work carried out following the 2023 and 2024 failures, and consider a pre-purchase inspection by a specialist familiar with Ka corrosion issues, as the ongoing trend of structural advisories and majors suggests that further restoration work may be required to maintain the vehicle's roadworthiness in subsequent test cycles.