2019 Ford Transit Custom 2.0L Diesel · DR03 GAS

Unresolved drivetrain wear and progressive mechanical degradation define the roadworthiness history of this Ford Transit Custom. On 1 September 2026, the vehicle secured an MOT pass, but the official record highlighted recurring issues, most notably an unaddressed fluid leak and a defective gearbox mounting, both of which were previously flagged in September 2025. While the vehicle has recorded zero outright failures across its five official tests since May 2022, the trajectory shows that specific mechanical advisories are being carried over from year to year without being rectified prior to retesting, indicating steady component wear over time. Accumulating 134,535 recorded miles over roughly seven years equates to an average usage rate of over 19,000 miles per year, reflecting heavy commercial service. This intensive operational pattern places sustained stress on major mechanical assemblies, friction components, and rubber isolators. The initial clean test result in May 2022 has steadily yielded to advisories for worn tyres, thin brake pads, degraded brake discs, and flexible mountings as mileage increased. Heavy mileage in a utility vehicle of this type inevitably impacts suspension linkages, engine and transmission supports, and fluid seals, which prospective buyers must factor in when assessing total mechanical condition. When evaluating this vehicle, primary attention must be given to the transmission supports and fluid integrity. The persistent advisory for a defective gearbox mounting indicates reduced isolation between the drivetrain and the chassis. During a test drive, listen for distinct thuds, thumps, or metallic knocking sounds when taking off, accelerating, or changing gears, and monitor for excessive movement of the gear selector lever under load. Simultaneously, inspect the lower engine bay, sump, transmission casing, and bellhousing for signs of active fluid leaks, identifying whether the source is an easily replaceable oil pan gasket or a more critical main seal. Further physical checks should address the body fittings and wearable chassis components. The driver's door latch mechanism was noted as deteriorated on the latest inspection, so verify that the door shuts smoothly, aligns correctly with the body pillar, and latches securely without excessive effort. Given the historical pattern of worn tyres and brake pads across multiple tests, inspect the current tread depth across the inner and outer shoulders for signs of tracking errors or suspension wear, and feel for brake pedal pulsation or grinding noises during stopping tests. Finally, verify that the damaged side repeater lens and front windscreen chip remain minor defects and have not escalated into structural cracks or moisture traps.