1993 Ford P100 1.8L Diesel · K963 FKY

The vehicle most recently passed its MOT on 16 December 2025, though it is worth noting that this pass was achieved on the same day as a related failure for the same vehicle, meaning the dip beam relay issue was rectified between the two tests. Aside from that repaired defect, the only recorded items were an advisory noting a product or film on both headlamp lenses that is not yet seriously reducing light output, and a minor for insecure electrical wiring. Reviewing the longer history, the maintenance trend is broadly stable but with recurring age-related advisories clustered around 2005 to 2007, covering fuel line corrosion, tyre wall perishing, an oil leak, and a nearside rear leaf spring securing nut that failed an MOT outright in 2006. There is then a significant void between 2009 and 2025 in the MOT record, with only one pass in 2009 showing no defects, after which no further tests appear until the 2025 entry. Overall the pattern suggests an owner who addressed structural and corrosion issues promptly two decades ago but whose more recent compliance focus has been limited, with current concerns centring on lighting and minor electrical integrity rather than major mechanical deterioration. The recorded mileage of 91,600 miles over a 33-year vehicle life equates to an average annual usage of roughly 2,776 miles, which is exceptionally low for a commercial-derived pickup of this age. Such low mileage typically reflects either genuinely light use or, more likely for a vehicle of this vintage, extended periods of standing or very irregular use. The mechanical implications of this usage profile are considerable, as prolonged standing tends to accelerate degradation of rubber components, brakes, and certain fluids irrespective of the low odometer reading. The gap in MOT history between 2009 and 2025 is particularly telling and suggests the vehicle may have been off the road, used under exemption, or operated in a context where annual testing was not required for a substantial period, all of which raise questions about consistent mechanical upkeep over the intervening years. Given the latest advisory regarding a product or haze on both headlamp lenses, a prospective buyer should inspect the headlamp units closely to confirm whether this is condensation, oxidisation, or a fitted protective film, and check that output on both dipped and main beam remains symmetrical and adequately bright. The insecure electrical wiring minor should be traced to its source, as poor connections at the fuse box have already been implicated in the recent dip beam relay failure, and any further chafed or loose cabling could compromise other circuits. On a test drive, listen for any flickering or intermittent operation of the lights, indicators, or horn, and verify that the relay sits firmly in its socket without movement. It is also worth confirming that the dip beam failure has been properly rectified with a new or secure relay rather than a temporary workaround. Beyond the recorded items, the low annual mileage and probable extended standing make several age-related checks essential before purchase. Tyres should be inspected for sidewall cracking and perishing even if tread depth appears adequate, as rubber degrades with age and the nearside rear tyre was previously flagged for outer wall cracking; any tyres over six years old, or showing signs of brittleness, flex cracking, or bulging, should be replaced. The braking system warrants particular attention, as corrosion on the discs and binding of the calipers are common after long periods of inactivity, leading to uneven pad wear, pulling under braking, or hot wheels after use. The 12 volt battery should be load tested regardless of its apparent condition, brake fluid and coolant should be considered due for renewal on a calendar basis given the likely age of the fluids, and the underside should be examined on a ramp for the recurrence of the fuel line and oil leak advisories previously noted in 2005 and 2006. The leaf spring mountings, rear shock absorbers, and suspension bushes should also be checked for corrosion and wear, with attention to any fluid seepage from the rear dampers as previously flagged, and a road test should be conducted over varied surfaces to identify any clonks, knocks, or vagueness in the rear suspension that could indicate worn bushes, tired springs, or fatigued shock absorbers consistent with a vehicle of this age and standing history.