2003 Ford KA 1.3L Petrol · CV03 RZW

The most recent recorded MOT test for this 2003 Ford Ka took place on 2 February 2015, when the vehicle passed, though the pass was accompanied by several user-entered advisories noting an offside sill corroded, a nearside front tyre close to its limit, and slight play in the front top mounts. The same date also shows two prior failures on the record: an initial failure citing a loose nearside front wheel nut and inadequate exhaust support, and a further failure identifying excessively worn bushes on both front shock absorbers, the same exhaust issue, an insecure driver's seat, and a non-functioning offside headlamp on dipped beam. Looking at the broader trend across the available tests, the 2014 and 2015 entries point to a recurrence of front suspension wear (top mounts, strut attachment, anti-roll bar joints, suspension arm bushes) alongside coil spring and rear shock absorber issues in 2014, suggesting the front end of this Ka warrants close scrutiny. The pattern is not one of progressive worsening so much as a series of related suspension and structural advisories that have been addressed repeatedly, but a prospective buyer should treat the front suspension as a known area of concern rather than an unknown risk. Recorded mileage stands at 75,676 miles over approximately 23 years, which equates to around 3,290 miles per year on average. This is considerably below the typical annual mileage for a small hatchback of this era, and the sparse MOT history combined with low accumulation strongly suggests prolonged periods of standing or very light use. While low mileage generally preserves major mechanical components such as the engine, gearbox, and clutch, it carries its own well-documented risks including perished and cracked tyre sidewalls from age rather than wear, brake disc corrosion and seizing calipers from inactivity, fluid degradation in the cooling and braking systems, and potential flat spots or hardening of rubber components throughout the suspension and drivetrain. The calendar age of the vehicle is therefore a more significant factor than the odometer reading when assessing overall condition. Given the recorded defects and advisories, a physical inspection should focus heavily on the front suspension. The repeated mentions of worn shock absorber bushes, deteriorated suspension arm rubber bushes, play in the Macpherson strut upper attachment, and a faulty anti-roll bar ball joint dust cover all point to a front end that has either been repaired or remains vulnerable to further deterioration. On a test drive, listen for clonking or knocking noises over speed bumps and uneven surfaces, which would indicate worn top mounts, strut bearings, or anti-roll bar drop links. Check for uneven tyre wear across both front tyres, particularly inner-edge wear, which is a common symptom of deteriorated wishbone bushes or weak springs. Inspect the rear coil springs for any signs of cracking or sagging, and examine the rear shock absorbers for fluid weeping around the shaft seals. Given the noted sill corrosion from 2015, carefully examine both inner and outer sills, jacking points, and the rear wheel arches for any progression of rust, as structural corrosion is a common MOT failure point on early 2000s Fords and will only have advanced in the intervening years. Beyond the recorded defects, the age and low usage profile of this Ka demand a number of time-based checks that would not necessarily be flagged on an MOT. Tyres should be examined closely for sidewall cracking, perishing, and DOT date codes, as tyres older than around six years may need replacement regardless of tread depth, and a spare wheel that has never been used can be equally compromised. The braking system should be assessed for seized calipers, evident by uneven pad wear or a dragging sensation, and the brake discs should be checked for significant surface corrosion, scoring, or lipping. Verify the age and condition of the 12-volt battery, as units over five years old are likely to be near the end of their service life and may not hold charge reliably after long periods of standing. Cooling system coolant, brake fluid, and engine oil should all be considered for replacement on a calendar basis, as fluid degradation occurs regardless of mileage. Finally, examine all rubber components including the exhaust mounting rubbers, which were flagged in 2015, engine and gearbox mountings, and the full exhaust system for corrosion, and verify that the service book contains evidence of regular oil and filter changes at appropriate intervals to offset the risks associated with short journeys and infrequent use.