2016 Ford Transit 2.0L Diesel · RY02 CAB

A clear pattern of corrosion-related advisories on the brake pipework defines the mechanical picture of this 2016 Ford Transit, with the issue surfacing as early as the 2025 test and persisting through the most recent examination on 1 May 2026. At that latest test, the vehicle passed, but the offside rear brake pipe was again flagged as corroded and coated in grease or similar material, and the same description was applied to both front brake pipes, meaning the advisory now spans effectively the entire visible brake pipe circuit. The 2026 attempt also recorded a present and correct reason for refusal on an inoperative registration plate lamp, a minor electrical defect that was easily resolved and mirrors a minor rear plate lamp issue recorded in 2023. Underneath that immediate test outcome, the broader trend is one of accumulating wear: the 2025 pass added advisories for pitted and scored brake discs at both ends, brake pads thinning toward the legal limit, a nail in a nearside rear tyre, and a nearside rear tyre worn close to the legal limit on the edge. Taken together, the record shows a working vehicle that is staying technically above the pass line, but with brake system condition visibly deteriorating year on year rather than improving. Against a ten-year age, the recorded mileage of 162,676 equates to an annual accumulation of roughly 16,268 miles, which is high for a panel van of this vintage and consistent with sustained commercial use rather than light private driving. There are no extended gaps in the annual MOT cadence, with tests recorded in 2023, 2024, 2025, and twice on the same day in 2026, indicating the vehicle has remained in continuous service without long periods off the road. Mechanically, that high and uninterrupted utilisation places greater cumulative demand on the braking system, suspension linkages, steering components, and drivetrain than a comparable lower-mileage example would have absorbed. The 2024 entry, which noted a severely deteriorated offside front outer constant velocity boot on the drive shaft, is consistent with that usage profile, as split CV boots are a classic consequence of frequent drive cycles, laden running, and exposure to road debris. The repeated advisories for tyres worn close to the legal limit on the edge further suggest hard-driven mileage with frequent cornering loads and possibly occasional overloading, both of which accelerate shoulder wear. For a prospective buyer, the brake pipework must be the primary focus of any pre-purchase inspection. With advisories spanning both front pipes and the offside rear pipe over consecutive years, the corrosion is clearly progressive rather than a one-off surface film, and it warrants a physical examination of the lines along their full length, particularly at the unions, bends, and underbody mounting clips where rust tends to concentrate. Any hissing under pedal load, a soft or travelling brake pedal, or the need to pump the pedal to build pressure would indicate the corrosion has progressed beyond what the advisory description suggests. The brake discs and pads previously flagged as pitted and thinning should be inspected for current thickness, lipping on the disc edges, and any signs of uneven wear or binding calipers, and a test drive should include several firm stops from speed to check for judder, vibration through the steering wheel, or the vehicle pulling to one side. The tyres should be examined for uneven shoulder wear and checked against the recommended load index for a laden van, as the recurring edge-wear advisories may indicate sustained heavy loading or incorrect pressures rather than simply age-related wear. The constant velocity boot failure recorded in 2024 is another specific area to interrogate, since a deteriorated boot that has not been replaced risks allowing water and grit into the joint and accelerating wear on the drive shaft itself. On a test drive, listen for a rhythmic clicking or knocking from the front corner that changes with steering angle, and feel for any vibration or shunt through the transmission under load. The suspension should be exercised over uneven surfaces and speed humps to expose any knocking from worn bushes or top mounts, particularly given the high annual mileage, and the underbody should be examined for general corrosion around subframe mountings, suspension arms, and the exhaust system, all of which would be consistent with the brake pipe corrosion already documented. Finally, the registration plate lamp issue, while trivial, is worth confirming has been properly resolved with both lamps functioning, and the electrical basics should be checked given the working life already clocked up. Overall, this Transit is roadworthy on the day of test but is showing clear signs of mid-life wear that any new operator should budget for within the next service cycle.