2017 Ford Ranger 2.2L Diesel · LP17 UOG

The most recent DVSA examination on 17 June 2025 resulted in a failure, with a major defect recorded for a fractured offside rear leaf spring alongside major and minor lighting defects affecting the stop lamps and both headlamp lenses showing early clouding. A fractured leaf spring on a vehicle of this type and weight is a serious structural and safety issue, as it compromises rear axle location, load-carrying stability, and ride control, and it would have required immediate replacement before a retest pass could be issued. The presence of a stop lamp failure together with a fractured spring in the same test suggests a degree of deferred maintenance, and the earlier 2024 test history reinforces this concern, with two consecutive failures that year centred on rear brake imbalance across axle two and a recorded 67 percent imbalance, indicating significantly uneven rear braking effort, likely from worn pads, a binding caliper, or a compromised hydraulic component. The overall trajectory is therefore one of worsening mechanical condition rather than stable upkeep, with multiple safety-relevant majors recorded within the last eighteen months and an advisory for an oil leak carried forward over several tests. With 156,091 miles recorded on a 2017 Ford Ranger, the vehicle is averaging roughly 17,300 miles per year, which is high for a passenger vehicle and substantial even for a commercial-orientated pick-up of this class. High annual mileage of this nature places considerably greater demand on the engine, drivetrain, clutch, brakes, suspension, and steering components than a typical usage profile would, accelerating wear on consumables and shortening service intervals. There are no significant gaps in the MOT history to suggest long periods of standing, which means corrosion from inactivity is less of a concern, but conversely, items such as coil springs, bushes, anti-roll bar links, wheel bearings, and clutch hydraulics should be regarded as approaching the upper end of their service life. The sustained high usage also raises the importance of verifying whether the timing belt or chain service intervals have been strictly adhered to in line with Ford's heavy-duty schedule, and whether the gearbox and transfer box fluids have been changed rather than simply topped up. From a buyer's perspective, the fractured rear leaf spring recorded at the 2025 test must be confirmed as having been professionally replaced, ideally with a matching part number component and the associated U-bolts, bushes, and shackles renewed at the same time, since a single spring replacement on a high-mileage vehicle often leads to uneven behaviour if the opposite side is near failure. On a test drive, particular attention should be paid to the rear axle for any clunks or knocking over uneven surfaces, which would indicate worn leaf spring bushes, fatigued shackles, or insufficient torque on the U-bolts, and the vehicle should be observed at rest to check for sagging on one side. The recurring rear brake imbalance warrants a thorough inspection of the rear calipers for seizure or binding pistons, the condition of the rear pads and discs for uneven material transfer, and the flexible brake hoses for internal swelling, with a road test carried out from low speed to confirm straight-line stability under braking and the absence of any pulling or shudder. The persistent oil leak advisory, logged over multiple tests, should be traced to its origin, whether from the rocker cover gasket, sump, turbo oil feed or return lines, or front or rear main seals, as prolonged leakage can mask more serious wear and contaminate the clutch or braking components. Beyond the recorded defects, the high annual mileage and the vehicle's age approaching nine years mean that age-related deterioration independent of the MOT record should also be assessed during a physical inspection. The headlamp lens clouding noted at the latest test will progressively reduce night-time illumination output and should be remedied by professional restoration or replacement, and all exterior bulbs should be confirmed as functional, including the repeaters that previously failed. The windscreen damage, consistently recorded as a minor since 2020, should be checked to ensure it has not extended into the driver's critical vision area, particularly given the stone chip origin noted in the 2020 advisory. Tyres should be examined for both tread depth and, critically, for sidewall cracking or perishing given the vehicle's age, and the spare and underbody should be free of corrosion, particularly around the rear axle assembly where road salt and load-bearing stress accumulate. Brake fluid, coolant, and transmission fluids should be verified as recently serviced in line with calendar-based intervals rather than purely mileage, the 12V battery should be load tested given its likely age, and the service book should be cross-referenced to confirm that all major maintenance items including any timing belt, transfer box, and rear differential services have been carried out at the correct intervals for a vehicle that has clearly been worked hard throughout its life.