2003 Ford Focus 1.6L Petrol · HD53 ACZ

The most recent DVSA examination on 26 September 2024 resulted in a Pass, although the vehicle had failed on identical advisories the previous day, suggesting a minor rectification was carried out between the two tests. While the overall result is favourable, the accumulation of advisories is noteworthy. A non-excessive oil leak has been recorded on the most recent test and is worth monitoring, as Ford Focus engines of this era commonly suffer from sump gasket, cam cover gasket, and front crankshaft oil seal seepage, which can progress over time. A low coolant level advisory is also concerning, as it implies either a slow leak elsewhere in the cooling system or infrequent attention to fluid top-ups. Together with the corroded front and rear coil springs, these advisories paint a picture of a vehicle that is beginning to show its age mechanically, even though it remains roadworthy. The trend across the 2022 to 2024 tests suggests a stable but slowly deteriorating condition, with each subsequent test introducing new advisories rather than clearing previous ones. The recorded mileage of 118,377 miles over approximately 23 years equates to an annual average of around 5,147 miles, which is notably low for a vehicle of this vintage. Such restrained usage often indicates periods of standing or limited short journeys, both of which carry their own mechanical consequences. Long periods of inactivity tend to accelerate corrosion on exposed underbody components, brake discs, and suspension elements, while repeated short trips prevent the engine and exhaust system from reaching full operating temperature, encouraging moisture accumulation, oil dilution, and accelerated degradation of coolant and brake fluid. Given the low annual mileage, particular attention should be paid to time-based servicing items rather than purely distance-based intervals, and the overall history should be carefully traced to identify any lengthy gaps between MOT records that could point to extended standing periods. Given the recurring advisories on both front and rear coil springs, a prospective buyer should thoroughly inspect the suspension on a test drive. Listen for knocking or clonking noises over uneven surfaces, particularly when traversing speed bumps or potholes, as corroded springs can fracture and may also cause uneven tyre wear due to altered vehicle stance. Visually examine the springs for advanced corrosion, paying close attention to the lower coils where rust typically initiates. Additionally, check the condition of the associated suspension bushes, shock absorbers, and top mount bearings, as these typically deteriorate in tandem with the springs on a vehicle of this age. The previously noted brake hose ferrule corrosion on both rear hoses should be inspected to ensure it has not progressed to a stage requiring replacement, and the rear brakes should be examined for any signs of binding, uneven pad wear, or seized caliper mechanisms consistent with low-mileage or intermittent use. The persistent advisory regarding oil leakage warrants a thorough under-bonnet inspection, with the engine running, to identify the source and severity. Look for fresh oil residue around the sump, cam cover, and timing belt area, and check the condition and level of the coolant reservoir to confirm whether the low level noted at MOT has been addressed. Despite the low annual mileage, tyre condition should be carefully assessed, not only for tread depth but also for sidewall cracking or perishing caused by age rather than wear. The brake fluid and coolant should be treated as due for renewal on a calendar basis regardless of mileage, and the 12V battery should be load tested, as prolonged standing and short journeys are particularly hard on battery longevity. Finally, verify the service book history and ensure that time-sensitive items such as the cambelt and coolant have been replaced in accordance with the manufacturer's calendar schedule, as low annual mileage can easily lead to these critical maintenance tasks being overlooked.