2022 Ford Ranger 2.0L Diesel · SA72 GMZ

The most recent official DVSA MOT test for this 2022 Ford Ranger was conducted on 24 September 2025, resulting in a clean pass with no advisories or defects recorded. While there is only a single test outcome available for reference, the absence of any flagged items at the four-year point suggests the vehicle has been maintained to a satisfactory roadworthy standard at the time of examination. A clean pass on a high-mileage commercial pick-up of this type is a positive indicator, particularly given the heavy-duty usage Ranger vehicles typically endure. Prospective buyers should, however, recognise that a single passing test without recorded advisories offers limited insight into developing wear patterns, and a thorough physical inspection remains essential. With 80,584 miles recorded over approximately four years, this Ranger is averaging around 20,146 miles per year, which is notably high for its age class. Most light commercial vehicles of this vintage accumulate between 10,000 and 15,000 miles annually, meaning this example has likely seen consistent heavy-duty use, possibly including towing, off-road activity, or commercial load carrying. High annual mileage accelerates wear on consumable components including brake pads, discs, tyres, clutch friction material, and drivetrain bearings. It also places greater demands on the diesel particulate filter, turbocharger, and dual-mass flywheel if fitted. The mileage progression between tests should be consistent rather than showing erratic gaps, as this would indicate steady operational use. Given the clean MOT record and the absence of recorded advisories, the buyer should focus inspection efforts on age and mileage-related wear items that may not have reached failure threshold but warrant close attention. Tyres should be examined for tread depth, uneven wear patterns indicative of suspension or alignment issues, and crucially for sidewall perishing or cracking given that four-year-old rubber compounds begin to degrade regardless of remaining tread. The braking system should be inspected for disc lipping, pad material remaining, and any signs of binding calipers which can develop from frequent heavy use. Given the elevated annual mileage, a compression test or injector balance check would be prudent on the diesel powerplant, and the timing belt or chain service interval should be verified against the manufacturer schedule. Auxiliary drive belts, coolant, and brake fluid should all be assessed for time-based replacement rather than relying solely on mileage triggers. Additional practical checks appropriate for this usage profile include a thorough inspection of the suspension and underbody, with particular attention to coil springs, leaf springs, bushes, and anti-roll bar links which suffer accelerated fatigue under high-mileage and load-bearing conditions. The propshaft, universal joints, and any four-wheel-drive transfer components should be checked for play or vibration under load. The 12V battery should be load tested, as frequent short journeys and stop-start commercial use dramatically shorten battery lifespan. Fluid leaks around the engine, transmission, transfer box, and differentials should be sought, and the condition of the exhaust system including the DPF and catalytic converter examined for any signs of corrosion or impact damage. Finally, a thorough test drive paying close attention to any clutch slip, gearbox synchromesh issues, brake shudder under heavy application, and any unusual drivetrain vibrations will provide valuable insight into the mechanical condition of this high-mileage Ford Ranger.