2011 Ford Transit 2.2L Diesel · YA11 SVY

Chronic corrosion and recurring brake pipe degradation form the defining mechanical theme of this Ford Transit's MOT history, with every recorded test since 2023 flagging at least one corroded brake line and the two most recent passes additionally surfacing structural surface corrosion to the nearside sill and offside rear chassis. The vehicle passed its latest examination on 2026-02-02 at 84,166 miles, but the advisories on that test alone covered the offside front brake pipe, an offside front suspension arm bush, and brake disc wear on both axles, while the 2025 pass introduced concerns regarding structural corrosion to the sill and chassis. Notably, the 2024-02-28 test resulted in a failure, with the same cluster of brake pipe corrosion, oil leakage, and power steering seepage advisories subsequently carried forward into the following day's re-test, indicating that the underlying wear was not rectified between attempts. Across the five recorded tests there has been a consistent escalation in advisory density and a clear shift from minor fluid seepage and isolated component wear towards structural and chassis-related corrosion, which warrants close attention on inspection. Annual mileage on this Transit averages approximately 5,611 miles over its fifteen-year lifespan, which is notably low for a commercial vehicle of this type and suggests either intermittent use, extended periods of standing, or a role that has shifted away from heavy-duty service in recent years. The mileage progression between tests is incremental and consistent, with no recorded gaps in testing history or sudden jumps that would indicate clock irregularities or long-term off-road storage, but the low accumulation does mean that rubber components such as the power steering hoses, suspension bushes, and brake pipes have aged through time rather than use. This combination of calendar-aged consumables and surface corrosion emerging on structural elements is consistent with a vehicle that has spent significant time exposed to road salts and moisture rather than covering the high mileages typically associated with active fleet duty, and it reinforces the importance of a thorough physical survey before purchase. A prospective buyer should focus the physical inspection on the brake pipework, as corrosion advisories have been recorded on the nearside rear, offside rear, nearside front, and offside front lines across consecutive tests, and any pipe showing live surface rust or flaking during a visual check from underneath should be regarded as the immediate next replacement. The offside front suspension arm bush noted as worn on the latest test should be evaluated by rocking the wheel top to bottom at the front to detect excessive play, and the front and rear brake discs flagged as worn should be inspected for lipping and scored surfaces, with any judder felt through the pedal under firm braking confirming the need for machining or replacement. The power steering hose seepage recorded across 2024 tests warrants a check for fresh fluid residue along the pipe runs and a listen for any whining or stiff steering through full lock, while the persistent oil leak should be traced to its origin to determine whether it is merely a gasket or seal weep rather than a rear main or timing cover issue. The structural advisories from the 2025 test covering the nearside sill and offside rear chassis are particularly relevant given the vehicle's age, and a buyer should examine these areas with the vehicle raised or photographed from underneath, paying attention to whether the corrosion is purely superficial or has begun to perforate or compromise load-bearing sections. The nearside rear suspension spring mounting corrosion noted in 2023 should be rechecked, as mounting areas can deteriorate quickly once surface rust is established, and any knocking from the rear over bumps would suggest the corrosion has progressed. Given the cumulative pattern of advisories, an independent pre-purchase inspection by a commercial vehicle specialist is strongly advisable, with particular emphasis on a brake system pressure test, a full underbody corrosion survey, and a borescope check of the brake discs to confirm remaining material thickness before committing to purchase.