2026 Ford Capri Premium EV AWD Electricity · AF26 USL

As of the latest available DVSA records, there is no MOT history on file for this 2026 Ford Capri Premium EV AWD, and therefore no recorded test outcome against which to benchmark a maintenance trend. For a vehicle manufactured as recently as 2026, the absence of MOT data is not in itself a red flag provided the car is within its first three years from first registration, in which case it is currently MOT-exempt under the current DVSA testing regime. Buyers should nonetheless verify the precise date of first registration on the V5C logbook to confirm exemption status, as a car first registered early in 2026 would only become testable in 2029. In the absence of any official test history, any judgement on the mechanical trajectory of this particular vehicle must rest entirely on a physical inspection and verification of service records. Recorded mileage is described as unknown, and there is insufficient data to evaluate annual usage rates, mileage gaps, or whether the vehicle has been driven in a manner consistent with its age. For an electric vehicle of this type, whether mileage is low or high carries particular implications. A low-mileage example may have suffered extended standing periods, which can promote brake disc corrosion due to lack of use, potential caliper seizure, and degradation of the 12V auxiliary battery that supports ancillary systems. A high-mileage example conversely warrants close attention to the condition of the high-voltage battery state of health, suspension component wear, and tyre condition. Without a confirmed odometer reading, buyers must verify the current figure directly from the dashboard and cross-check it against any service or warranty documentation provided. Given the clean and sparse official record, practical physical inspection becomes paramount. Begin with the tyres, examining each sidewall for signs of perishing, cracking, or UV degradation consistent with age, as tyres older than five years from their DOT date stamp should be replaced regardless of tread depth, and verify that all four are of matching specification appropriate to the manufacturer's recommendation for the AWD variant. Inspect the brake discs visually for any surface rust pitting or lip corrosion that might indicate prolonged standing, and check for binding calipers by ensuring each wheel rotates freely when jacked. The 12V auxiliary battery should be load-tested, as these typically require replacement every four to five years and a failing unit can cause erratic electrical behaviour. All time-based fluid servicing should be confirmed, including the brake fluid, which requires renewal regardless of mileage at intervals specified by Ford, and the coolant circuits associated with the thermal management of the high-voltage battery and electric drive units, which are commonly subject to calendar-based replacement schedules. On a test drive, listen carefully for any suspension clonks or knocks over uneven surfaces, which would indicate worn anti-roll bar bushes, drop links, or coil spring deterioration. Monitor for any pulling under braking, which may suggest a binding caliper or warped brake disc surface, and observe the steering for vibration, inconsistency, or any hesitation that could point to tracking or drivetrain concerns specific to the AWD system. Verify the operation of the high-voltage charging system, cabin preconditioning, and infotainment functions, and confirm that the vehicle's telematics or app-based systems can communicate with the car for battery health diagnostics. Finally, request evidence of any Ford main dealer or specialist EV servicing, and ensure that the high-voltage battery state of health report is made available, as this is the single most critical mechanical assurance for any used electric vehicle purchase.