2013 Ford KA 1.2L Petrol · FE13 FWD

The most recent DVSA examination on 19 December 2025 returned a pass with no defects or advisories recorded, which represents the cleanest result in the recent history of this 2013 Ford Ka. The previous two tests in December 2024 and December 2025 also passed without comment, suggesting that following the significant rectification effort after the December 2023 failure, the vehicle has settled into a stable maintenance pattern. The only outstanding items in the history are the persistent rear tyre perishing advisories, which first appeared at the December 2022 test and were still being flagged at the December 2023 examination, though nothing was raised on either of the two subsequent passes. Taken as a whole, the trend over the last two years is one of improvement rather than deterioration. With a recorded mileage of 19,429 miles against an age of approximately thirteen years, this Ka has covered only around 1,495 miles annually, which is exceptionally low and well below the typical usage profile for a small city car of this vintage. Such a figure implies extended periods of standing, likely combined with short, low-load journeys, neither of which is particularly beneficial for mechanical longevity. Standing time encourages corrosion on brake discs and caliper slide mechanisms, deterioration of oil seals through lack of circulation, and depletion of battery capacity, while predominantly short journeys prevent the engine and exhaust system from reaching full operating temperature, allowing moisture and partially burnt fuel to accumulate in the lubricant. There are no significant mileage gaps recorded across consecutive MOT tests, indicating that the annual odometer readings have remained consistently low rather than the vehicle having been laid up for a prolonged unbroken period. For a prospective buyer, the most important physical inspection priorities are age and calendar related rather than mileage related. Tyres are the obvious concern: the December 2023 advisories noted perishing on both rear tyres and a similar issue had been flagged on the nearside front in December 2022, and while no tyre defects were raised in 2024 or 2025, tyres fitted in 2023 may now be approaching six years of age. Rubber compounds degrade with time irrespective of tread depth, so all four tyres should be examined for sidewall cracking, particularly in the grooves between tread blocks and around the sidewall lettering, and the production date code on each sidewall should be checked. The brake system also warrants close attention given the dangerous-level front brake pad wear recorded in December 2023, which suggests the brakes may have been neglected prior to that test. Although a disc and pad refurbishment was evidently carried out, caliper slide pins and guide surfaces can seize during low-use periods, so each wheel should be spun by hand to verify free rotation without roughness, and a test drive should include several moderate stops from around 30 mph to confirm the pedal feels firm and the vehicle pulls straight without vibration through the steering wheel. Further inspection should focus on the cooling system, suspension, and electrical ancillaries given the low annual mileage. The shock absorber fluid leaks flagged as Major defects in December 2023 were clearly rectified, but at thirteen years of age the front struts, top mounts, and suspension bushes should be inspected for corrosion and perishing, with particular attention to knocking or clonking noises over speed humps and uneven bumps. Coolant, brake fluid, and gearbox oil all degrade by calendar age rather than mileage, so service records should be examined to confirm when each was last changed, and a coolant sample from the expansion tank will indicate whether the inhibitor is still active. Battery health is a common failure point on low-use vehicles, so the 12V battery should be load tested or its date code checked, and the underside of the bonnet, inner wings, and brake lines should be examined for any surface corrosion that standing and short-trip use typically accelerates. A thorough road test should include a cold start to assess whether the engine fires promptly, a steady 30 mph cruise to confirm there are no cooling system temperature irregularities, and a final check for any oil or coolant residue beneath the vehicle after the engine has been running.