2011 Ford Transit 2.2L Diesel · KX11 XYJ

Structural corrosion and recurring electrical failures define the mechanical profile of this Ford Transit, with a history of significant issues regarding the integral body structure and lighting systems. While the vehicle achieved a pass on 07 October 2025, this follows a dangerous failure just one month prior due to inoperative stop lamps and a damaged offside mirror. The long-term trend shows persistent concerns regarding the sills and suspension mounting areas, which have transitioned from surface rust to major structural failures in previous years. The vehicle has covered 164,759 miles over its approximately 15-year lifespan, representing an average annual accumulation of roughly 10,984 miles. This usage pattern is consistent with typical commercial or light van application for this age. Mechanically, this level of mileage suggests that components such as the steering rack, suspension bushes, and braking system are subject to standard wear, which is reflected in the recorded advisories regarding steering play and brake disc condition. Prospective buyers should focus heavily on the structural integrity of the chassis and bodywork. The MOT history documents a progression of corrosion affecting the front subframe, inner wheel arches, and specifically the nearside and offside rear outer suspension component mounting areas. During a test drive, pay close attention to the steering response and any unusual noises; previous advisories for play in the steering rack inner joints and wear in the nearside rear leaf spring shackle pins or bushes suggest that knocks, knocks, or a vague steering feel may be present. The braking and lighting systems also require scrutiny. Given the recent history of stop lamp failures and previous advisories for pitted or worn brake discs and rusting brake pipes under the bonnet, it is essential to check for consistent pedal feel and ensure there is no pedal judder or pulling under braking. Additionally, verify that all exterior lighting, including registration plate and position lamps, is fully operational, as the electrical system has demonstrated a tendency for multiple simultaneous failures in recent testing cycles.