2020 Ford Ranger 2.0L Diesel · AJ69 FTV

The vehicle is currently roadworthy but the maintenance history reveals a trend of deferred repairs and reactive servicing. While the car passed its March 2026 test at 106,170 miles, this followed a significant failure just days prior where multiple mechanical faults were identified. The transition from a failure to a pass suggests the owner addressed only the immediate defects required for legal road use, yet the recurring nature of suspension and lighting issues indicates a vehicle reaching the end of several component life intervals. The Ranger shows a high usage profile for its six-year age, averaging approximately 17,700 miles per year. The mileage accelerated significantly between February 2025 and March 2026, where the vehicle covered over 16,000 miles in just thirteen months. This rapid accumulation suggests heavy commercial or long-distance commuting use. Such high mileage places considerable strain on the drivetrain and the suspension assembly, which explains the frequent failures of components like the nearside coil spring and ball joints observed in the most recent inspections. A physical inspection must focus on the front suspension geometry. The tester flagged both front lower arm ball joints for play in March 2026, following a fractured nearside front coil spring in the previous test. These are signs of significant component wear that can affect steering precision and tyre life. Additionally, the misting on the nearside rear shock absorber has persisted since the 2026 failure; while not yet a failure, it indicates a seal leak that will likely require replacement soon to maintain handling stability. The engine management system requires close scrutiny due to the Malfunction Indicator Light being flagged as inoperative in both February 2025 and March 2026. A buyer should demand a diagnostic scan to ensure no hidden fault codes remain, as an inoperative MIL light is a serious safety-related emissions failure. The history of damaged lenses, missing reflectors, and thin brake pads suggests a pattern of only addressing faults during MOT testing rather than performing preventative maintenance.