2025 Ford Transit Custom 340 Trend EV Electric · YC25 BBO

As a 2025 model year Ford Transit Custom 340 Trend EV, this vehicle is effectively brand new and has not yet accrued any MOT test history on the DVSA database. Because passenger cars and goods vehicles over 3 years old require annual MOT testing, the absence of any recorded test is consistent with a vehicle that has either only recently been first registered or has not yet reached the statutory test age. From a roadworthiness standpoint, no MOT failures, advisories, or component wear patterns can be established from the official record, which means there is no historical evidence to lean on when assessing its mechanical condition. Any prospective buyer would therefore need to base their assessment entirely on the current physical state of the vehicle, its in-service date, and any warranty or pre-delivery inspection documentation supplied by the selling dealer or previous operator. With no mileage readings recorded against any MOT tests, it is not possible to verify the vehicle's annual accumulation rate or to confirm whether the odometer reading shown at the point of sale is consistent with its age and usage profile. For a 2025 commercial EV of this type, the recorded mileage should logically be low, but without a documented trail of MOT-linked odometer entries, any gap or irregularity in usage cannot be corroborated. As this is a battery electric powertrain, high or low mileage carries different mechanical implications compared with a diesel variant; however, the lack of any odometer history does mean that battery state of health, tyre wear progression, and brake component service life all need to be physically verified rather than inferred from MOT data. Particular attention should be paid to confirming the in-service date and cross-referencing it with the odometer to establish a reasonable usage rate. From a buyer guidance perspective, the absence of MOT history means inspection focus must shift to areas that a first MOT would typically flag on a modern commercial vehicle. Brake discs and pads should be inspected for wear, particularly given that regenerative braking on an EV can leave the friction brakes prone to corrosion from light use rather than wear from heavy use. The suspension should be examined for any knocks or clonks over speed humps and uneven road surfaces, paying close attention to the front lower control arm bushes, anti-roll bar drop links, and coil springs, as these are frequent advisory items on the Transit Custom platform. Tyres should be checked for even tread wear across both axles, as uneven wear can indicate misalignment, suspension component wear, or incorrect inflation loading practice. A thorough test drive should include steady-state driving over a variety of road surfaces to listen for any suspension noise, followed by firm braking from around 40 mph to assess for pedal pulsation, pulling to one side, or any binding from a seized caliper. The steering should be checked for dead spots, excessive play, or any clonking through the column when turning on full lock, which on the Transit Custom can point to worn track rod ends or steering rack mounting issues. Given the electric powertrain, it is also prudent to verify the DC fast charging function, the health of the 12V auxiliary battery, and the operation of all high-voltage system thermal management components, as these are not covered by MOT testing but represent meaningful mechanical and electrical condition indicators. Without MOT history to draw upon, a pre-purchase inspection by a qualified technician with EV experience is strongly advisable.