2015 Ford Transit Custom 270 Trend Etech 2.2L Diesel · SA15 BXM

A 2015 Ford Transit Custom 270 Trend E-Tech carrying 138,233 miles presents a DVSA test record that is remarkably sparse on detail, which itself shapes the mechanical picture. Across five recorded tests spanning 2023 to 2026, the vehicle has passed three times with no advisories, suffered one failure, and then passed cleanly on the very next attempt. The lack of any advisory text across the entire history is unusual for a commercial vehicle of this age and mileage, meaning there is no documented DVSA record of worn brake discs, deteriorated suspension bushes, corroded underbody components, oil leaks, or exhaust issues ever being flagged by an examiner. While a clean advisory sheet is encouraging on the surface, it provides limited insight into the true mechanical state of consumable components that an MOT inspector may deem acceptable but which could be approaching the end of their service life on a high-mileage van. The 2026-05-02 pass confirms current statutory roadworthiness as of the most recent test. The annual mileage profile of approximately 12,567 miles per year is markedly elevated for an eleven-year-old vehicle and places this Transit Custom firmly in the heavy-use commercial category. With five tests recorded over three years, there are no significant gaps in the testing timeline, and the consistent year-on-year submissions suggest the vehicle has remained in active service rather than being laid up. High-mileage commercial use concentrates wear on the clutch, dual-mass flywheel if fitted, turbocharger, injectors, gearbox synchros, front suspension components, brake discs and pads, and wheel bearings. Buyers should be aware that a van of this usage profile will have consumed multiple sets of brake pads and discs, at least one timing belt or chain service interval, and potentially a clutch or flywheel replacement, even though none of this work is visible within the MOT data. Given the complete absence of advisories, the inspection focus must shift to the components most likely to be approaching replacement thresholds on a high-mileage front-wheel-drive Transit Custom. On a test drive, listen for clonks or knocking from the front suspension over speed humps and uneven surfaces, which would indicate worn lower control arm bushes, drop link degradation, or anti-roll bar bushes — all known wear items on this platform. The steering should remain precise without excessive wander, vibration through the wheel at speed, or a knocking sensation when turning lock-to-lock, as these symptoms point to worn track rod ends, top mounts, or strut bearings. Brake pedal feel should be firm and progressive; a soft pedal, excessive travel, or pulling to one side under braking would suggest binding calipers, worn flexible hoses, or unevenly worn discs. With no documented brake advisory history, a buyer should still measure disc thickness and pad material on inspection, as pads approaching 2 to 3mm and discs at or near minimum thickness would represent imminent replacement costs. The drivetrain and engine ancillaries warrant equal scrutiny given the mileage accumulation. On start-up, listen for any diesel rattle from the timing chain area, excessive smoke from the exhaust (particularly blue smoke indicating oil burn or black smoke under load suggesting turbo or injector issues), and any unusual whine from the turbocharger that could indicate bearing wear. The E-Tech badging indicates this is likely the mild-hybrid variant, so the 48V belt-driven integrated starter generator and associated battery should be checked for fault codes and warning lights, as this system adds complexity and potential repair cost not found in standard diesel Transits. Inspect the underside for any oil misting around the sump, cam cover, and turbo oil feed lines, and examine the exhaust downpipe and EGR cooler for the soot leakage and corrosion common to high-mileage Transit diesels. Finally, check the rear shock absorbers and leaf spring bushes for any sign of sagging or cracking, as commercial load-carrying use accelerates wear on these components, and verify that the sliding side door and rear barn doors operate smoothly without indicating wear in the rollers, hinges, or latch mechanisms.