2015 Ford Ranger 2.2L Diesel · YP65 WPW

The vehicle most recently passed its MOT on 10 February 2026, but the preceding history indicates a concerning shift in maintenance trends. After several years of clean or minor passes, the vehicle suffered a significant failure on 4 February 2026, requiring the rectification of five major defects including an engine management light malfunction, an ABS fault, and a major central exhaust leak. While these issues were resolved to achieve a pass six days later, the simultaneous failure of multiple critical systems suggests a period of neglect or the onset of age-related component failure, moving the vehicle from a stable maintenance profile to a more volatile one. With 147,488 miles recorded over eleven years, the vehicle has averaged approximately 13,408 miles per year. This is considered high usage for this vehicle type and implies significant wear on all primary mechanical assemblies. Prospective buyers should anticipate that consumables such as suspension bushes, coil springs, and drivetrain mounts will be nearing the end of their operational life. Such high mileage increases the probability of fatigue in the turbocharger and fuel injection system, as well as accelerated wear within the transmission and differential units. During a physical inspection and test drive, particular attention must be paid to the electronic systems that previously failed. Verify that the engine management and ABS warning lamps illuminate during the ignition sequence and extinguish fully once the engine is running. Listen for any loud drones or blowing noises from the underside of the chassis, which would indicate a recurring or poorly repaired exhaust leak. Given the previous advisories for thin brake pads and worn tyres, inspect the current tread depths and check the brake discs for significant lipping or scoring, which would indicate a pattern of deferred maintenance on friction materials. Due to the high mileage, it is imperative to scrutinize the service history for evidence of calendar-based and mileage-based fluid changes. Ensure that the engine oil, coolant, and specifically the gearbox and differential lubricants have been replaced according to manufacturer intervals to prevent premature drivetrain failure. Check for any signs of fluid leaks around the engine block and transmission housing. Finally, inspect the chassis and suspension mounting points for excessive corrosion, as high-mileage utility vehicles often show significant structural degradation depending on their previous operating environment.