2019 Ford Transit 2.0L Diesel · LD19 LBG

The defining mechanical story of this 2019 Ford Transit is one of accumulating front-end wear and a notable structural failure at the engine mounting, set against an otherwise largely passable MOT record. The vehicle has recorded five tests with one failure, and that failure on 2023-03-07 was significant: a Major defect was issued for the lower engine mounting bracket, which had deteriorated to the point of allowing excessive movement in the engine stabiliser. Major defects at MOT reflect components that fail the standard of roadworthiness at the time of test and require immediate repair before the vehicle can be re-tested, so this is not a cosmetic concern. The same test also flagged a seriously damaged offside obligatory mirror and an insufficient front windscreen washer, both Major defects. By contrast, the most recent test on 2025-12-22 returned a Pass with only a minor windscreen damage advisory, and the prior test at 2025-03-24 recorded deteriorated suspension arm ball joint dust covers on both sides as Minor items. The trend suggests the major mechanical issues identified in 2023 were rectified, but suspension wear has continued to surface, which is consistent with a working van carrying out regular load-bearing duties. Recorded mileage of 89,860 against a seven-year age equates to roughly 12,800 miles per year on average, which is elevated for a commercial vehicle of this type. Transit vans typically cover well in excess of this figure when used in trade or delivery roles, but the mileage accumulation is not extreme and points to sustained operational use rather than long periods off the road. There are no multi-year gaps between tests, with annual examinations recorded consistently from 2022 onwards, indicating the vehicle has been in regular service throughout its recent life. Mechanically, this usage profile means consumables such as brake friction material, discs, tyres, and suspension components are likely to have been worked hard, and any components that were marginal at the last test will have covered further loaded mileage since. The recurring advisories for brake discs and pads at the 2022 test, followed by suspension dust cover deterioration in 2025, align with the expected wear progression on a van of this mileage and duty cycle. For a prospective buyer, the priority areas for physical inspection are the front suspension linkages and the engine mounting that was previously replaced. On a test drive, listen for clonking or knocking from the front end over uneven surfaces, particularly over speed bumps or potholes, as worn ball joints with perished dust covers will allow dirt ingress and accelerated wear of the joint itself. Check for uneven or premature front tyre wear, which can indicate geometry issues stemming from worn suspension arms. With respect to the engine mounting that failed in 2023, listen for excessive engine movement at idle, particularly when selecting drive or reverse, where a clunk or visible engine tilt could indicate the replacement mount has also worn. Inspect the underside for any signs of oil contamination around the mount area, and check that the engine does not rock excessively when revved in neutral. The braking system also warrants close attention given the 2022 advisories for worn front and rear discs and pads. On test, the pedal should feel firm and progressive without excessive travel, and there should be no juddering through the steering wheel under heavy braking, which would suggest disc warping. The rear discs were noted as worn but not excessively in 2022, so with the additional mileage covered since, they may now require replacement. Visually inspect the discs for lipping at the outer edge and check pad material thickness through the wheel if possible. Finally, the windscreen damage recorded as a Minor in late 2025 should be examined to ensure it remains outside the driver's primary line of sight and has not spread, and the washer system should be confirmed as fully functional, given the 2023 Major defect for insufficient washer fluid.