2007 Ford Ranger 2.5L Diesel · AP57 DWF

Structural corrosion within 30 centimetres of the front body mounting points is the defining concern on this 2007 Ford Ranger, having been recorded as Majors on both nearside and offside sides at the June 2024 test and resulting in a failure. That 2024 examination also failed the vehicle on a damaged central lower windscreen, with advisories for rear shock absorber oil misting and an offside rear tyre worn on its edge. The trajectory across the recorded tests is one of clearly worsening condition rather than stable roadworthiness: the 2021 test produced a Dangerous defect for an offside front tyre below the legal tread limit alongside Majors for a corroded offside rear brake pipe, leaking power steering component, inoperative offside front position lamp, and nearside headlamp aim, while the 2022 attempt failed primarily on PRS items (headlamp aim, washer, and bulb) that were rectified on the same day. The 2023 pass was largely clean aside from a deteriorated offside front CV boot and slight play in the nearside front anti-roll bar linkage ball joint, and by 2024 the structural issues escalated to the point of failure. The pattern points to an ageing utility vehicle where chassis integrity, brake hydraulic components, and lighting/visibility systems have been recurring trouble areas across four consecutive test cycles. With 180,318 miles recorded over approximately 19 years, this Ranger has covered around 9,490 miles per year on average, which is broadly typical for a working light commercial vehicle of its era and does not suggest long periods off the road. There are no multi-year gaps in the MOT history between 2020 and 2024 that would indicate extended standing, so the mileage accumulation appears reasonably consistent with active use. That said, the combination of high absolute mileage and the structural corrosion findings is particularly significant, because sustained use on damp or salt-treated winter roads accelerates chassis box-section oxidation, especially around mounting points and suspension turrets. The recorded front wheel bearing roughness in 2020, the power steering leak in 2021, and the 2023 CV boot deterioration all sit firmly within the expected wear envelope for a vehicle that has covered this distance, and the offside rear brake pipe corrosion flagged in 2021 is consistent with prolonged exposure rather than any sudden mechanical event. A prospective buyer should treat the front structural corrosion advisories and subsequent failures as the primary inspection focus, because once corrosion penetrates within 30 centimetres of a body mounting point the MOT tester is obliged to fail the vehicle. A physical examination should involve running a hand along the inner wing panels, suspension strut top mounts, and chassis legs just behind the front bumper looking for perforating rust, flaking paint, or previous weld repairs. The offside rear brake pipe should be carefully inspected along its full length for surface corrosion, particularly at the flexible-to-rigid unions where moisture collects, and the nearside rear chassis leg should be checked given the 2022 advisories noting corrosion in that area. The rear shock absorbers should be bounced tested for any residual damping loss or fluid seepage, and a road test over uneven surfaces should be conducted listening for clonks from the front anti-roll bar linkage that would confirm the 2023 advisory has progressed into a worn joint. The power steering system should be checked for fresh leaks around the rack, pump, and hoses, and the front wheel bearing on the nearside should be rotated by hand with the wheel jacked to feel for roughness or play. Beyond the chassis and brake items, the lighting and visibility faults recorded across multiple tests warrant a methodical walk-round. Both headlamps should be checked for correct beam pattern and aim on a flat surface, all position lamps verified to illuminate, and the windscreen examined for any crack or stone chip in the central lower swept area that could fail on the same 3.2 (c) (i) criterion as in 2024. The offside front CV boot should be inspected for splits or grease loss, as the deteriorated boot noted in 2023 will have worsened with continued mileage. On the test drive, listen for any clonking from the front suspension over bumps, feel for steering wander that could indicate worn linkage bushes, and monitor for any warning lights on the dashboard, as an Engine MIL inoperative fault was recorded in 2020 and may return if an underlying sensor or emissions issue remains unresolved. Tyres should be measured for remaining tread and inspected for uneven shoulder wear, particularly on the offside rear axle, before any purchase is committed.