2026 Ford Transit Cust 320 MS-RT Phev A 2.5L Hybrid electric (clean) · GA55 ADY

There is no recorded DVSA MOT test history for this 2026 Ford Transit Custom MS-RT PHEV. As a vehicle first registered in 2026, it would not normally be due its first MOT test until three years from the date of first registration, meaning the absence of any MOT record on the DVSA database is entirely expected and should not in itself be treated as a negative indicator. With no prior test outcomes, advisories, or failure points on which to base a trend analysis, any judgement on the maintenance trajectory must remain provisional. The prospective buyer should instead view the lack of MOT data as an opportunity to establish a baseline rather than as evidence of neglect or concealment. The recorded mileage is not available within the data provided, and there are insufficient historical MOT records to calculate an annualised usage rate or to identify any anomalies such as significant gaps between tests or unusually rapid accumulation. Given that this is a 2026 commercial van, even a modest annual mileage for a working vehicle would typically fall within a range that keeps mechanical components in regular use, but the PHEV powertrain introduces additional considerations. The high-voltage traction battery and its associated thermal management system benefit from consistent operation rather than prolonged standing, and the conventional 12V system, regenerative braking components, and charge port hardware all require periodic verification. Without a known mileage figure, the buyer should establish an accurate current odometer reading through the dealership or seller documentation, ideally corroborated against the service record, before drawing any conclusions about usage intensity. Because the MOT record is effectively clean by default, the inspection focus shifts to age and calendar-based deterioration rather than identified defects. Even on a low-mileage or relatively new commercial vehicle, items such as tyres can suffer sidewall perishing and cracking from environmental exposure rather than tread wear, particularly on a van that may spend extended periods parked outdoors. The brake discs and calipers are susceptible to corrosion and binding after standing, so a thorough check of brake feel, pedal response, and any signs of uneven pad wear or scoring on the disc surface is essential. The exhaust system, suspension coil springs, and anti-roll bar bushes should be visually inspected for surface corrosion, and all underbody components examined for fluid leaks, particularly around the PHEV-specific power electronics and coolant circuits. A test drive should be conducted over varied road surfaces to listen for any suspension clunks, brake shudder on light application, or unusual noises from the drivetrain as it transitions between electric and combustion modes. For a PHEV commercial vehicle of this type, the buyer should also verify the service book stamps at the correct Ford intervals, confirm that any Ford manufacturer warranty remains in force, and ensure that the high-voltage battery state of health has been formally assessed. Brake fluid is hygroscopic and typically requires replacement on a calendar basis regardless of mileage, while coolant, transmission fluid, and the PHEV system refrigerant all carry their own time-based service schedules. The 12V battery should be load-tested, as modern commercial vehicles with extensive electronic systems are particularly vulnerable to auxiliary battery failure after standing. Finally, the charge cable and port should be examined for physical damage or contamination, and where possible, a verification charge cycle should be initiated to confirm that the vehicle charges at the expected rate and that the range prediction software is functioning correctly. Together, these checks provide a robust substitute for the MOT history that is not yet available.