2019 Ford Ranger 3.2L Diesel · AE05 EAT

A pattern of severe wear on consumable braking and tyre components culminating in a dangerous failure defines the operational history of this vehicle. On 2026-03-20, the vehicle failed its annual test due to a dangerous defect for front brake pads worn below 1.5 millimetres, alongside major defects for a cut rear tyre reaching the cords and non-functioning rear registration plate lamps. Although a clean retest pass was achieved on 2026-03-23, this rapid escalation from an advisory in January 2025 regarding thin front inner brake pads to a dangerous failure fourteen months later demonstrates that wearable safety components on this working vehicle are subjected to rapid depletion. Accumulating 105,532 recorded miles over roughly seven years equates to an annual usage rate of approximately 15,000 miles, which is high relative to typical passenger cars. For a commercial pickup truck, this level of mileage reflects sustained operational duty that places continuous load on the drivetrain, braking system, and chassis. High mileage in this category accelerates mechanical fatigue across suspension linkages, leaf spring assemblies, shock absorbers, and driveline joints, meaning mechanical wear extends well beyond standard service items to structural and articulated suspension components. Prospective buyers must rigorously inspect the front braking system and steering setup during a test drive. Because the vehicle previously exhibited localized inner pad wear before running down to dangerous metal-on-metal thresholds, the front calipers should be checked for sticking slider pins or seized pistons that cause binding. On the road, listen for grinding noises, test for pedal judder under moderate braking, and feel for uneven resistance or pedal pull. Additionally, historic advisories for front tyres wearing on their inside edges indicate potential tracking misalignment or wear in front suspension joints, such as ball joints, track rod ends, or wishbone bushes. Check whether the steering wheel remains centred and whether the vehicle drifts under acceleration or braking. Attention should also be directed to the rear chassis and electrical connections. The failure of both rear registration plate lamps warrants a visual check of the rear wiring loom for corrosion, chafing, or temporary bypass repairs caused by road spray and off-road debris. Underneath the vehicle, examine the rear axle, leaf spring shackles, and damper mountings for physical damage, heavy corrosion, or weeping seals. Listen for heavy knocking or metallic creaking from the rear axle when navigating uneven ground or speed bumps, and confirm that all fitted tyres match correct load indices and show uniform wear across the entire tread face.