2026 Ford Ranger Wildtrak Phev 4X4 Auto Hybrid electric (clean) · AP75 LFD

At the time of this assessment, there is no DVSA MOT history recorded against this 2026 Ford Ranger Wildtrak PHEV 4X4 automatic, and consequently no current MOT test outcome or historical pass and fail data to evaluate. As a brand new 2026 model year vehicle registered very close to the present date of September 2026, it would not yet be legally required to undergo its first MOT test, which becomes mandatory for most vehicles once they reach three years of age. While the absence of any failure points or advisories on its record is superficially reassuring, a buyer should recognise that no MOT history means there is no independent DVSA verification of the vehicle's mechanical condition, roadworthiness, or emissions compliance. In this particular case, however, the lack of MOT data is entirely consistent with the vehicle's newness rather than any concern regarding maintenance, and the overall assessment must therefore rely on alternative evidence such as the manufacturer's warranty, the supplying franchised dealer inspection report, and the service book. The recorded mileage for this vehicle is not available, and there is insufficient data to establish any annual usage rate, mileage gap, or accumulation trend against the vehicle's age. For a 2026 Ford Ranger Wildtrak PHEV, buyers should reasonably expect relatively low delivery mileage of perhaps a few hundred to a few thousand miles, given the vehicle's recent registration. As this is a plug-in hybrid variant of the Ranger, the usage profile is likely to involve a mix of short electric-only urban trips, longer petrol-driven journeys, and occasional towing or off-road use consistent with the Wildtrak trim's commercial and leisure positioning. Without confirmed mileage, the buyer should verify the exact odometer reading against the V5C registration document and the dealer's pre-delivery inspection paperwork, ensuring that the figure is realistic for the time elapsed since registration and consistent with the service schedule. Given that the MOT record is effectively clean by virtue of the vehicle's age rather than any test outcome, the practical buyer guidance shifts towards age-and-mileage-appropriate physical checks and verification of manufacturer-backed assurances. The buyer should carefully inspect all four tyres, including the full-size spare if fitted, for any signs of sidewall perishing, cracking, or UV degradation from standing, even on a low-mileage vehicle, and confirm that the tyre manufacturing date codes indicate recent production. The 12V auxiliary battery, which is separate from the high-voltage hybrid traction battery, should be tested for state of charge and load capacity, as vehicles that have stood on a dealership forecourt for extended periods can suffer battery degradation that manifests as slow starting, erratic infotainment behaviour, or dashboard warning lights. All fluid levels and condition should be examined, including the engine oil, coolant, brake fluid, transmission fluid, and the PHEV-specific coolant circuits for the hybrid system, noting that brake fluid is hygroscopic and degrades over time regardless of mileage. A thorough underbody inspection should look for any transit damage, undertray fixings left loose, or signs of fluid leaks around the hybrid components, rear diff, and fuel system. On the road, a prospective buyer should conduct an extended test drive that covers urban electric-only operation, combined hybrid mode under throttle demand, and steady-state cruising to evaluate the transition between the electric and petrol powertrains, listening for any clunks, rattles, or unusual vibrations from the suspension, driveline, or charging system. The regenerative braking function should be exercised across multiple modes to confirm smooth and progressive deceleration without warning lights or system faults appearing on the driver display. The four-wheel-drive system, low-range transfer box, and rear differential lock should be engaged on suitable terrain to verify correct operation, and the onboard charging system should be tested with both a domestic supply and a dedicated wallbox if available, checking for any error messages, premature termination of charge cycles, or excessive heat at the connector. The infotainment and driver assistance systems, including adaptive cruise control, lane keeping, and parking sensors, should be fully operational and free from fault messages. Finally, the buyer should confirm that the Ford manufacturer's warranty, PHEV-specific component cover, and any roadside assistance package are all fully transferable and in force, and that the vehicle has undergone its scheduled pre-delivery inspection with all relevant documentation present and correct.