2026 Ford Tourneo Custom 320 TI Eblue A Diesel · WH75 MBF

A 2026 Ford Tourneo Custom 320 Ti EBlue A presents an assessment challenge that cannot be resolved through DVSA data alone, as no MOT test history has been recorded for this vehicle. As a current-year model, this is partly expected given that most vehicles are not required to undergo their first MOT test until they reach three years of age, meaning the earliest compulsory test for a 2026 registration would fall around 2029. The absence of any recorded test outcomes means there is no independent regulatory evidence to confirm roadworthiness, and any prospective buyer is therefore relying entirely on the seller's representations regarding mechanical condition rather than on documented pass or failure data. From a risk perspective, this places the vehicle in an unverified category where structural integrity, braking efficiency, emissions compliance, and corrosion status have not been independently validated under DVSA standards. The recorded mileage for this Tourneo Custom is unknown, and no MOT history exists from which to calculate annual mileage accumulation. Given that the vehicle is a 2026 model being assessed in September 2026, it is essentially new or near-new stock, which may explain both the lack of mileage data and the absence of test records. Without comparative mileage figures across multiple test cycles, it is impossible to evaluate whether the vehicle has been used heavily for commercial purposes, such as shuttle or fleet duties, or lightly as a private people-carrier. Tourneo Customs of this specification are frequently deployed in demanding multi-passenger or commercial roles, so mileage verification through the vehicle's in-cluster odometer reading and service documentation is essential before purchase, even though DVSA records cannot corroborate this aspect. For a buyer evaluating a near-new Tourneo Custom without MOT history, the inspection priorities should focus on the components most commonly associated with wear in this model range, particularly the rear suspension leaf springs, trailing arms, and bushes, which can deteriorate under heavy loading. The front brake discs and pads should be inspected for uneven wear or corrosion, as commercial-derived vehicles can suffer binding calipers or warped discs under repeated stop-start duty cycles. The dual rear-wheel configuration should be checked for tyre wear patterns indicating alignment issues, and the diesel particulate filter, AdBlue system, and EGR valve should be confirmed as functioning correctly, as these emissions-related components are common failure points in Ford's EcoBlue diesel engines. Any diagnostic warning lights on the instrument cluster should be interrogated with a professional scan tool prior to purchase. On a physical inspection, a test drive should focus on listening for clonking or knocking from the front suspension over uneven surfaces, which would indicate worn anti-roll bar drop links or control arm bushes. Steering should be checked for vagueness or pulling, particularly under braking, which could indicate warped front discs or sticking caliper slides. The automatic or manual transmission should be evaluated for smooth engagement and any shuddering on take-up, while the clutch on manual variants should be tested for slipping under load. Finally, a thorough underbody examination for any signs of fluid leakage from the engine, gearbox, or differential, together with a check for corrosion on the subframe, brake pipes, and exhaust mounting points, is advisable, since even near-new vehicles can exhibit transit damage or storage-related deterioration that would not yet have surfaced in MOT records but could affect long-term durability.