2019 Ford Transit Custom 2.0L Diesel · SA19 LSD

A pattern of minor lighting and lamp-related defects, rather than any structural or major mechanical deterioration, defines the recorded roadworthiness history of this 2019 Ford Transit Custom. Across the four testing cycles available, three PRS-level failures and one Dangerous failure have been recorded, but each relates to either illumination items or tyre tread, with the most recent test on 24 September 2025 recording a Pass with no defects noted after the same-day Dangerous and Major issues were addressed. The 2025 cycle also captured two advisories concerning the front brake pads wearing thin and the front brake discs showing wear, though neither reached a fail threshold. Earlier cycles on 3 October 2023 and 8 October 2024 similarly show single lighting failures (a headlamp aim issue and a stop lamp respectively) which were resolved at the same test visit. The overall trend does not point to worsening structural corrosion, suspension collapse, or chronic drivetrain faults, but the advisory accumulation on the front braking components from the latest test suggests these consumables are approaching a service interval. With 70,371 miles recorded across roughly seven years of age, this Transit Custom accumulates around 10,000 miles per year, a figure that aligns reasonably with the typical usage profile of a light commercial vehicle of this type. There are no multi-year gaps between tests that would suggest extended periods off the road, and the mileage progression across the recorded tests is consistent with regular operational use rather than long-standing neglect. This level of annual accumulation is sufficient to wear through at least one set of front brake pads and discs within the recorded testing window, which corresponds with the advisories logged on the most recent assessment, and places normal demand on tyres, suspension components, and the clutch or dual-mass flywheel in diesel applications. The vehicle should not be considered a low-mileage example, but neither does the recorded history suggest it has been subjected to extreme high-mileage commercial abuse. For a prospective buyer, the principal areas to examine physically and on a test drive are the front braking system and the vehicle lighting, since these are the components most consistently flagged in the record. The front brake pads and discs were specifically identified as wearing at the latest test, so a physical inspection should confirm the remaining pad material against the minimum thickness, check both discs for a pronounced lip on the outer edge indicating further wear, and verify that the caliper sliders are moving freely without binding, as a seized slider can cause uneven pad wear and pulling under braking. On a road test, listen for any grinding or squealing from the front wheels under light pedal application, and feel for vibration or judder through the pedal which would suggest disc run-out or hot spots developing. The earlier headlamp aim failure on the nearside unit should prompt a check of the headlamp alignment against a level surface and an inspection of the adjuster mechanisms for corrosion or stripped threads, which can prevent the beams from being correctly set. The lighting defects recorded in 2024 and 2025, relating to a rear stop lamp and a registration plate lamp, are typically straightforward wiring or bulb replacement issues, but it is worth confirming that all rear lamp clusters are free from water ingress, that the bulb holders and connectors are not corroded, and that the number plate illumination lens is not discoloured or cracked. Given that one Dangerous failure was recorded for offside front tyre tread depth falling below 1.6mm, the tyres fitted at the point of purchase should be inspected for even shoulder wear, which can indicate incorrect camber or toe settings, and for any signs of sidewall damage consistent with commercial kerbing. Finally, the suspension should be examined for the usual Transit Custom wear points, including the front anti-roll bar bushes, drop link ball joints, and the rear leaf spring shackles, listening on the test drive for clonks or knocking over uneven surfaces and checking for any vagueness in the steering that might suggest worn track rod ends or top mount bearings.