2014 Ford Ranger 3.2L Diesel · CE14 DEC

A clean and uninterrupted record of roadworthiness defines this 2014 Ford Ranger across the available DVSA testing history. Five separate MOT events between April 2022 and June 2025 all returned PASS results, with the single FAILED entry on 23 May 2023 notable only for the absence of any recorded defect categories, indicating an administrative or retest situation rather than a substantive mechanical concern. The absence of advisory items across every test is particularly significant for a utility vehicle of this age and type, given the typical wear pathways affecting leaf-sprung pickups, underbody-mounted components, and commercial-grade braking systems. The most recent test on 5 June 2025 confirmed continued compliance with no defects recorded, demonstrating a stable trend that suggests the vehicle has not yet developed the structural corrosion, suspension wear, or brake deterioration that frequently begins to surface on Rangers of this vintage. Mileage accumulation across the recorded MOT history is broadly consistent with the vehicle's age, averaging approximately 8,280 miles per year over its twelve-year life. This figure is broadly typical for a working pickup of this era and points to a usage pattern that combines road driving with potentially some towing or load-carrying duty, both of which accelerate wear on clutches, rear brake components, and suspension bushes. The annual average of around 8,000 miles is sufficient to keep mechanical systems properly exercised, avoiding the risks associated with extended standing periods such as seized calipers, deteriorated rubber components, and moisture accumulation in fluids. No significant gaps in testing history are apparent, meaning the recorded mileage and inspection record form a reasonably continuous picture of the vehicle's mechanical state. For a prospective buyer, the absence of recorded advisories means there is no specific component history to target, but a thorough physical inspection remains essential given the typical failure modes of a Ranger approaching 100,000 miles. The rear leaf spring assemblies, their mounting bushes, and the shackle pins should be checked for cracking, sagging, or deteriorated rubber, as these are common wear points that may not yet have reached advisory threshold. Brake discs and pads, particularly at the rear axle where load-related wear concentrates, warrant close examination along with the flexible brake hoses and any underbody pipework for corrosion. The steering and front suspension linkages, including track rod ends and ball joints, should be inspected for play or perished gaiters, and a test drive should focus on detecting any knocking over uneven surfaces, pulling under braking, or vague steering response that might indicate worn components not yet flagged at test. A practical test drive should incorporate a cold start observation, listening for any timing chain rattle or excessive diesel clatter that could indicate internal engine wear, followed by a thorough check underneath the vehicle for oil or coolant leaks from the engine, gearbox, transfer box, and front and rear differentials. With the vehicle on a lift or over an inspection pit, the chassis rails, cross members, and suspension mounting points should be examined closely for surface corrosion or structural concerns, areas that frequently affect utility vehicles of this age. The dual-range transfer box and any four-wheel-drive engagement mechanism should be tested both on and off-road to confirm smooth operation, and the clutch should be evaluated under load for any slipping or juddering. Given the entirely clean advisory history, this Ranger presents as a strong candidate mechanically, though a pre-purchase inspection by a specialist familiar with commercial pickups would provide valuable confirmation before committing to purchase.