2019 Ford Ranger Wildtrak 4X4 DCB Tdci A 3.2L Diesel · HD19 BTO

A clean two-test MOT history with no advisories or failures recorded positions this Ranger as a vehicle that has demonstrated consistent roadworthiness through its early life. Both the 2022 and 2023 tests returned passes with no defects noted, which, while limited in data volume, indicates that the areas typically scrutinised under the MOT regime—braking efficiency, suspension condition, lighting, exhaust emissions, tyre condition, and corrosion integrity—were all within prescribed limits at the time of testing. The absence of any recurring advisories across consecutive tests is a positive signal, suggesting no developing patterns of wear that might foreshadow imminent rectification work. With the most recent pass on 24 July 2023, the next due test would have fallen around July 2025, meaning the vehicle will require fresh MOT certification before being offered for sale; this should be confirmed and the result scrutinised before commitment. At 55,138 miles over a seven-year span, this Wildtrak records an average annual accumulation of roughly 7,877 miles, which sits comfortably within expected parameters for a working or leisure-oriented double-cab pickup. This neither suggests long-term storage under conditions that promote seal degradation and corrosion, nor does it point to the kind of heavy commercial-style mileage that accelerates wear on clutches, turbochargers, and drivetrain components. The 13-month gap between the two recorded tests is consistent with the annual MOT cycle and reflects normal usage rather than any period off the road. Mechanically, this mileage bracket typically leaves the 2.0-litre EcoBlue diesel with substantial service life remaining, though attention should be directed toward areas that wear progressively with use rather than time, including the dual-mass flywheel, and turbocharger condition. For a vehicle of this specification and age, certain component groups warrant particular scrutiny on a physical inspection regardless of the clean MOT record. The rear leaf spring suspension commonly fitted to Rangers is prone to bush wear and sagging over time; on a test drive, listen for clonking or knocking over speed humps and uneven surfaces, and check for uneven ride height at the rear axle. The front coil spring and damper assemblies should be inspected for fluid misting on the shock absorber bodies, and the steering and front suspension linkages, including track rod ends and ball joints, should be checked for play by hand with the wheels lifted. Brake feel should be tested under load, looking for any judder through the pedal suggesting disc run-out or pad uneven wear, and the handbrake should hold firmly on an incline given the typical load-carrying duties of this vehicle. Drivetrain and ancillary checks should focus on the areas most likely to reflect the vehicle's use profile. The four-wheel-drive system, including any electronic shift-on-the-fly engagement and the transfer box, should be operated through its modes to confirm smooth selection, and the front propshaft universal joints should be checked for wear. The 2.0-litre diesel should be observed from cold start for excessive smoke and allowed to reach operating temperature to monitor coolant temperature behaviour, oil pressure consistency, and any indication of EGR valve sticking. The body should be examined for corrosion along the load bed inner walls, chassis rails, and around the rear crossmember, as commercial-style vehicles frequently carry loads that trap moisture against these surfaces. Finally, confirm that the auxiliary belt, water pump, and timing belt service intervals have been observed in line with Ford's recommended schedule, as neglecting these on a diesel of this age can lead to disproportionately expensive rectification.