2012 Ford Transit 2.2L Diesel · YP12 YRU

The mechanical story across these five tests is dominated by recurring problems in two areas: the front suspension linkages and the front brake hydraulic pipework, with supplementary failures on the parking brake, rear brake caliper, and exterior lighting. The most recent entry on 2026-02-16 is a pass with no advisories, but this must be read against the four majors recorded only one week earlier on the same vehicle, including a binding offside rear service brake, both front position lamps inoperative, and a nearside front suspension arm pin or bush excessively worn. The 2025 cycle shows the same pattern from a slightly different angle: a failed test on 2025-02-11 flagged an offside front brake pipe excessively corroded alongside a perished anti-roll bar ball joint dust cover, before the subsequent pass a day later carried forward advisories on the nearside front suspension bush and a third brake pipe advisory at the rear. Taken together, the suspension and brake pipe concerns have been flagged in three consecutive test cycles, indicating component wear that is being monitored and repaired piecemeal rather than resolved comprehensively. Mileage of 172,211 over fourteen years equates to roughly 12,301 miles per year, which is high for a passenger car but unremarkable for a working Ford Transit. The annual accumulation appears consistent rather than spiking in any single year, suggesting steady commercial or utility use rather than intermittent operation or long periods off the road. There are no unusual gaps in the MOT history that would imply extended standing time, which means the corrosion and binding defects recorded cannot be attributed to lay-up deterioration and instead reflect the wear expected from a high-mileage light commercial vehicle that has spent its life in regular service. The relatively brief one-week interval between the February 2026 fail and pass indicates a prompt repair intervention rather than a long garage stay. For a prospective buyer, the suspension and brake pipe defects should be the primary focus of any physical inspection and test drive. The nearside front lower suspension arm rear bush has been advisory in both 2024 and 2025 and then escalated to a major failure in early 2026, so the bushes on both sides should be checked for play by hand with the wheel lifted and the arm physically rocked. Listen for clonking or knocking from the front end over speed humps, uneven road surfaces, and during full-lock manoeuvres, as worn bushes and perished anti-roll bar ball joint dust covers will eventually allow water and grit into the joint itself. On test drive, pay particular attention to imprecise steering, wandering at speed, or uneven tyre wear across the front axle, all of which are consistent with the recorded linkage deterioration. The brake pipe corrosion advisories from 2024, which progressed to an MOT failure item on the offside front in 2025, point to surface corrosion that has not been conclusively resolved. On inspection, examine the brake lines along their full length, particularly the offside front pipe and the rear transverse section, for blistering under the protective coating, pitting, or any patch repairs using compression fittings, as the MOT standard requires replacement rather than repair for excessively corroded sections. The 2026 major for an excessively binding offside rear service brake caliper should be verified by checking for a hot rear wheel after driving, uneven pad wear between sides, and any pulling under braking, while a pulling sensation or a low-effort handbrake may indicate that the parking brake efficiency issue was not addressed to a lasting standard. Finally, verify that both front position lamps and the high-level stop lamp are functioning, as intermittent bulb or wiring faults may not have been permanently rectified, and confirm the rear number plate lamps illuminate reliably, given their recorded inoperative failure during the 2025 test.