2010 Ford Transit Connect 1.8L Diesel · SP10 LPJ

This Transit Connect presents a corrosion-led mechanical risk that a prospective buyer cannot afford to ignore, with structural integrity at the front bulkhead and outer sill having already failed an MOT in late 2024. The December 2024 test recorded a major defect for nearside front cab or chassis excessive corrosion seriously affecting strength within 30cm of a cab mounting, alongside a holed outer sill, plus a major for an excessively corroded nearside front brake pipe in the same vicinity. That same test also flagged an inoperative engine management warning lamp, a missing nearside front road wheel fixing, and a front tyre worn on the edge. The vehicle subsequently passed at the December 2025 test with only a minor registration plate lamp defect recorded, indicating that remedial repairs were carried out, but the underlying rot in this area of a 2010 van will remain a recurring concern and should be physically inspected on a lift before purchase. Recurring advisories over successive tests also point to ongoing wear in the front steering and rear brake pipe area, with steering rack inner joint play noted on both sides in late 2022, slight track rod end ball joint play in early 2024, and repeated advisories for offside rear brake pipe corrosion covered in grease on more than one occasion. Mileage accumulation is broadly in line with what would be expected for a working van of this age, recording 160,800 miles across sixteen years, which equates to roughly 10,050 miles annually. There is a noticeable gap in recorded testing between January 2024 and December 2024, and a further gap back to the December 2022 test, but the mileage progression between tests remains consistent rather than showing any sudden or anomalous jump. For a commercial-derived vehicle of this mileage and vintage, this level of annual use typically means the major mechanical consumables including clutch, dual-mass flywheel if applicable, turbocharger if diesel, and injector wear components are likely approaching or past the point of attention, while suspension bushes, anti-roll bar links, top mounts and wheel bearings will be carrying wear commensurate with six-figure mileage on a payload-carrying chassis. Given the documented history, the most critical items to verify on inspection are the structural condition around the nearside front cab mounting and outer sill, looking for any evidence of previous welding, filler, underseal obscuring fresh corrosion, or new sections of metal that may not be as structurally sound as the original. The brake system requires close attention, particularly the nearside front brake pipe that was previously recorded as excessively corroded, the offside rear brake pipe that has carried repeated advisories for corrosion and grease contamination, and the condition of the rear flexible hoses and caliper slide pins. On a road test, listen for any knocking or clonking from the front suspension over uneven surfaces which would suggest worn top mounts, drop links or wishbone bushes, feel for any vagueness or shimmy in the steering that could indicate the steering rack inner joints have worn further since the 2022 advisories, and check for any pulling under braking which combined with a spongy pedal would point to compromised brake pipes. The engine management lamp that was inoperative at the December 2024 test should be confirmed as functioning correctly now, and a diagnostic read should be obtained to ensure no underlying fault was simply masked by bulb removal. Finally, examine the nearside front wheel studs and the area around the road wheel fixing that was recorded as missing, as this raises a question about whether a stud has been properly replaced and torqued, and inspect the front inner CV boot condition as deterioration was flagged at the 2024 test.