2026 Ford Transit Custom 320 Trend EV Electric · BL75 PLF

No MOT tests have been recorded for this 2026 Ford Transit Custom 320 Trend EV, which means the DVSA has not yet captured any roadworthiness data for the vehicle. Because the car is a 2026 registration, it would only become due for its first MOT test once it reaches three years of age, and that milestone has not yet been reached. There are therefore no failure points, advisories, corrosion reports, or component wear entries available to draw upon. Any assessment at this stage rests entirely on the vehicle being effectively untested under the MOT regime. Recorded mileage is listed as unknown, and with only a single, very recent registration there is insufficient data to compare mileage accumulation against vehicle age. As an electric commercial variant, the Transit Custom 320 Trend EV would typically cover mileage through urban delivery, light trade use, or fleet operations rather than long high-speed touring, but no such usage profile can be confirmed here. The absence of mileage records prevents any judgement on whether the high-voltage battery, drive unit, or underbody components have been subjected to typical commercial-cycle wear or whether the vehicle has remained largely stationary since delivery. Without mileage context, there is no baseline against which to gauge mechanical expectations for a prospective buyer. From a buyer guidance perspective, the lack of MOT history means the usual inspection path of reviewing brake disc wear progression, suspension bush deterioration, steering component advisories, or corrosion patterns cannot be followed. For an electric van of this type, particular attention should be paid to items outside the MOT record but central to its roadworthiness: brake component condition despite low mechanical wear (electric vans rely heavily on regenerative braking, which can leave calipers prone to seizing), the integrity of the underbody-mounted high-voltage cabling, and any evidence of coolant leaks from the thermal management system for the battery and motor. A test drive should focus on smooth throttle response without warning messages, absence of unusual noises from the front axle when turning or braking, firm pedal feel without sponginess, and confirmation that the parking brake holds consistently on an incline. Given that this is a near-new commercial electric vehicle with no MOT data, the prudent course is to ensure that the manufacturer's new vehicle warranty, battery warranty, and any pre-delivery inspection records are fully documented and transferable. A buyer should commission an independent pre-purchase inspection from a workshop familiar with commercial electric vehicles, specifically requesting a diagnostic scan of the high-voltage system, a brake system function check including caliper slide operation, and an underbody examination for any transit damage or fluid leaks. Until the first MOT is carried out, the vehicle's compliance with roadworthiness standards is an assumption rather than a recorded fact.