2026 Ford Transit Custom 320 LTD Eblu 2.0L Diesel · DP26 YYG

As a 2026 registered vehicle, this Ford Transit Custom is effectively brand new and therefore has no recorded MOT test history within the DVSA database. MOT testing for vans in this class does not become compulsory until the vehicle reaches three years of age, meaning this commercial vehicle will not require its first statutory roadworthiness examination until mid-2029. Consequently, there are no failure points, advisories, or maintenance trend data available to assess at this stage. Any prospective buyer must therefore rely entirely on the manufacturer warranty, pre-delivery inspection records, and Ford service history rather than DVSA documentation when evaluating mechanical condition. The recorded mileage is not provided in the available data, which makes it impossible to calculate an annual usage rate or identify any patterns of underuse or excessive accumulation. Commercial vehicles in the Transit Custom weight class typically cover between ten thousand and thirty thousand miles per year depending on their operational role, whether that be light parcel delivery, tradesperson use, or fleet logistics. A buyer should request full service records and verify the current odometer reading against any mileage stated at point of sale, as discrepancies could indicate clocking or incomplete record keeping, both of which carry serious commercial and legal implications in the UK used vehicle market. Given the absence of an MOT record, a prospective buyer should focus on validating the vehicle's provenance and ensuring all time-based servicing has been completed regardless of low mileage. Diesel powertrains of this type utilise a diesel particulate filter which can suffer degradation if the vehicle is consistently used only for short urban journeys without sufficient motorway running to allow active regeneration, so the driving pattern should be discussed with the previous keeper. Brake discs and calipers on a vehicle that has stood for extended periods are prone to surface corrosion and binding, which would manifest as resistance on initial roll or uneven pad wear, and all brake components should be physically inspected for pitting and smooth operation. The 12V auxiliary battery should be load tested, as commercial vehicles frequently suffer parasitic drain from aftermarket telematics or load area equipment, and tyre sidewalls should be examined for perishing or cracking given that even low mileage tyres degrade with age. Under-bonnet fluid inspection is essential, with particular attention to the condition and age of the engine oil, coolant, brake fluid, and power steering fluid, as all of these degrade on a calendar basis irrespective of distance travelled. Diesel fuel systems are also susceptible to water contamination and microbial growth if the vehicle has been left standing for prolonged intervals, so the fuel filter housing should be inspected for separation and the tank sample checked where possible. The load area floor, rear suspension leaf springs, and underbody structural members should be examined for any signs of impact damage or corrosion given the commercial application of this vehicle. Finally, a thorough electronic diagnostic scan should be commissioned through a Ford specialist to verify that no fault codes are stored within the body control module, AdBlue system, or transmission control unit, as modern commercial vehicles frequently log intermittent faults which may not present symptoms during a short road test but could indicate developing component concerns.