2019 Ford KA 1.2L Petrol · DA69 FNK

A recurring pattern of front brake wear advisories and a persistently deteriorating front suspension ball joint dust cover define the mechanical trajectory of this 2019 Ford Ka, with the trend showing no resolution of the latter defect across consecutive tests. The most recent examination on 9 December 2025 recorded a pass, but the advisory for front brake pads wearing thin was mirrored almost exactly a year earlier on 9 December 2024, when the tester specifically noted both front inner pads appearing low. Layered on top of this is a minor defect, present at both the 2025 and 2024 tests, for the nearside front suspension arm ball joint dust cover being severely deteriorated, meaning this boot has now been flagged as compromised over two annual cycles without corrective work being recorded. A 2023 advisory regarding a child seat and items obscuring the driver's view does not carry mechanical weight, and the 2022 test was entirely clean, so the picture is of a car whose more recent roadworthiness has trended towards accumulating front-end advisories rather than maintaining the spotless record seen in its earlier years. With 40,010 miles spread across roughly seven years of registration, this Ka is averaging around 5,716 miles per year, which is a notably modest accumulation for a vehicle of this age and is more consistent with urban short-hop use than sustained motorway driving. There are no extended gaps in the testing history beyond the standard annual MOT cycle, and the mileage progression between tests appears broadly linear rather than displaying any sudden jumps or long stationary periods, which suggests the vehicle has remained in regular if light use. Mechanically, this lower-than-average mileage profile typically translates into reduced wear on high-cycle components such as the clutch, engine internals and gearbox synchros, but it does demand particular scrutiny of items that deteriorate through age rather than use alone, namely rubber boots, bushes, brake pipes, and the condition of fluid-sealed components that suffer from standing idle. For a prospective buyer, the immediate priority on inspection is a physical check of the front brake pads and discs, given that thin pads have been recorded at the last two consecutive MOTs. The pads should be visually measured for remaining friction material, and on a test drive any high-pitched squeal under light braking, a soft or spongy pedal feel, or judder through the steering wheel under firm stopping would suggest the discs have also worn thin or become scored. The nearside front lower suspension arm ball joint dust cover has now been flagged as severely deteriorated for two years running, so the joint itself should be examined for any split in the rubber boot, grease leakage around its circumference, or any play when the wheel is rocked by hand at the three and nine o'clock positions. On the road, listen for clonking or knocking noises from the front end over speed humps, rough surfaces, or when turning into kerbs at low speed, and pay attention to any vagueness in the steering or inconsistent self-centring, which can indicate that the deteriorated boot has allowed contamination of the ball joint. The rear tyres on both the offside and nearside were flagged in December 2025 as slightly damaged with cracking or perishing, so a close inspection of the sidewalls and tread for any bulges, cuts, or age-related crazing is warranted, and the tyres should be replaced if the cracking is more than superficial, particularly as a 2019-build tyre is now approaching the age where compound hardening becomes a concern regardless of tread depth. Given the recurring advisories concentrated at the front axle, a raised ramp inspection is advisable to confirm there is no underlying corrosion forming around the suspension mounting points or subframe, and to verify that the brake hoses and flexible lines remain pliable and free from surface cracking. Finally, check that the rear brake shoes and handbrake mechanism are releasing fully, as lightly used cars that see predominantly low-speed work can be prone to rear brake binding, which manifests as a dragging sensation, uneven tyre wear across the rear axle, or a hot smell from the rear wheels after a short drive.