2022 Ford Ranger 2.0L Diesel · AE22 KFF

Consistent mechanical compliance defines this vehicle's history, as evidenced by a clean pass on 19 February 2026. While the record shows a failure in early 2025 due to headlamp alignment, this was rectified immediately during the same session, indicating a prompt response to regulatory standards. The overall trend remains stable, with no persistent structural or mechanical defects noted across the test history, suggesting that the vehicle has remained within standard operational parameters during its four years of service. Accumulating 31,796 miles over four years equates to an average of approximately 7,949 miles per annum, a figure that sits squarely within the expected usage profile for a modern light commercial vehicle. This consistent mileage suggests the Ranger has been utilised regularly rather than subjected to prolonged periods of inactivity, which often leads to the premature degradation of seals, bushes, and electrical connectors. The steady accumulation of miles implies that the drivetrain and suspension components have been kept in a state of active use, avoiding the specific risks associated with long-term storage. Prospective buyers should pay particular attention to the front suspension geometry, given the 2025 advisory regarding uneven tyre wear on the inner edges. While the tyres themselves may have been replaced since that inspection, the underlying cause of such wear patterns often points to issues with tracking, camber settings, or worn suspension bushings. During a test drive, listen closely for any knocking or metallic clatter from the front wheel arches when traversing speed bumps or uneven surfaces, as this can indicate play in the ball joints or track rod ends that may have contributed to the previously noted tyre wear. Furthermore, inspect the steering response for any vagueness or pulling to one side, which would corroborate the need for a professional four-wheel alignment check. Because the vehicle is a heavy-duty platform, the steering rack and linkage components are subject to significant stress; any resistance or audible groaning during full-lock manoeuvres should be investigated. Confirm that the current tyres exhibit even tread depth across the entire width of the contact patch, as this will provide a clear indication of whether the suspension geometry has been correctly maintained since the last advisory was issued.