2026 Ford Transit Custom 320 LTD Phev A 2.5L Hybrid electric · WH26 DWD

As of the date of this assessment, there is no recorded DVSA MOT history available for this 2026 Ford Transit Custom 320 Limited PHEV. Because the vehicle is first registered in 2026, it would not yet be subject to mandatory MOT testing until it reaches three years of age, assuming standard registration. Consequently, there are no failure points, advisory items, or pass records against which to evaluate the maintenance trend. While the absence of an MOT record is entirely expected and therefore not a cause for concern in itself, it does mean that no independent DVSA roadworthiness verification has yet been carried out on this vehicle, placing the onus of pre-purchase inspection firmly on the buyer. Recorded mileage is unknown for this vehicle, and there is insufficient data to calculate an annualised usage rate. Ford Transit Custom vans of this type are typically employed in commercial or fleet service, where they may accumulate higher mileages than private passenger vehicles due to delivery, trade, or shuttle duties. However, given that this is a 2026 model, the absence of mileage data means it may either have covered very few miles from a slow delivery process and dealership preparation, or it may have entered immediate service and accumulated significant mileage quickly. A prospective buyer should request the current odometer reading and full service documentation to establish whether the vehicle has been used sparingly or worked consistently, as the PHEV powertrain requires a different usage pattern to maintain battery health compared to a conventional diesel variant. Because the MOT history is non-existent and the mileage profile is unverified, the prospective buyer must conduct a thorough physical inspection. Particular attention should be paid to the high-voltage battery and charging system, ensuring that the vehicle charges correctly via both AC and any rapid DC sources where applicable, and that the drive mode transitions between electric and hybrid propulsion occur seamlessly without warning lights or excessive engine intrusion. The 12V auxiliary battery should be checked for state of health, as modern vehicles suffer from parasitic drain that can degrade a battery even on a relatively young vehicle. Tyres should be examined for both tread depth and, given the vehicle's young age, any signs of sidewall perishing or uneven wear which could indicate alignment or suspension issues. The underbody, being a commercial vehicle likely used on rougher surfaces, should be inspected for any fresh corrosion or impact damage to the hybrid-related components. The test drive should focus on verifying the operation of the regenerative braking system, ensuring the vehicle decelerates smoothly when lifting off the accelerator and that the friction brakes feel progressive and free from binding. Listen for any unusual drivetrain noises from the transmission tunnel, clunks from the front suspension over speed humps or uneven surfaces, and verify that the instrument cluster displays no warning indicators, particularly those relating to the hybrid system, emissions, or brake servo function. Fluid levels and condition should be examined, with brake fluid being hygroscopic and prone to degradation over time even without heavy use, and the coolant system should be inspected for the correct mix given its role in thermal management of the high-voltage battery. Finally, the buyer should confirm the provenance of the vehicle through the Ford service history portal or dealership network, verifying that any manufacturer recalls, software updates, or initial PHEV system health checks have been completed and recorded prior to purchase.