2011 Ford Transit Connect 1.8L Diesel · ML61 VVT

Accumulated wear and structural fatigue define the mechanical history of this 2011 Ford Transit Connect, which secured a pass on October 17, 2025, at 131,720 miles after rectifying an initial failure for electrical and suspension faults. The test record reveals a consistent pattern of recurring issues across multiple annual inspections, featuring repeated failures for exhaust leaks, worn brake discs, and heavily corroded brake pipes alongside structural advisories. Rather than showing a stable or improving trajectory, the vehicle regularly incurs major defect notices before achieving compliance, indicating that components are frequently run to the point of failure rather than being addressed proactively. With roughly 131,720 miles on the odometer accumulated over fifteen years, the vehicle has averaged approximately 8,781 miles per year, aligning with typical commercial usage expectations for this age. This steady annual mileage accrual means that the mechanical systems have experienced consistent, ongoing operation rather than periods of prolonged idleness, though the cumulative distance places heavy demands on the chassis, suspension joints, and braking hardware. Prospective buyers must conduct a rigorous physical inspection of the components repeatedly highlighted in the MOT advisories, starting with the front subframe and rear axle, which were noted for corrosion during the latest test. Listen closely during a test drive for knocking or clunking noises over uneven road surfaces, which would point to lingering wear in the offside front anti-roll bar linkage or associated suspension bushes that were previously flagged as excessively worn. Additionally, inspect the condition of the metal brake lines and rear brake discs, as corrosion and pitting have been recurring themes in previous years, and test the parking brake firmness and overall pedal feel for any judder or sponginess. Finally, verify all electrical systems thoroughly before purchase, paying particular attention to the rear fog lamp circuitry, switches, and registration plate illumination, given the recent electrical test failures. The exhaust system should also be inspected from the central section to the rear for any signs of gas leaks or patch repairs, referencing the major exhaust failures recorded in prior inspections. Checking these specific areas on a ramp will provide a clear picture of the vehicle's true structural and mechanical state beneath the body.