2007 Ford Transit 2.2L Diesel · DN07 YWG

Persistent structural corrosion and recurring front suspension wear define the mechanical history of this Ford Transit. The chassis and mounting points have required structural repairs historically, with excessive corrosion at the rear suspension spring mountings causing test failures in both 2017 and 2023, alongside recorded corrosion on inner sills and front chassis sections in preceding years. The vehicle most recently secured a pass on 22 April 2024, but that assessment carried significant advisories for general underbody corrosion, deteriorating lower suspension arm bushes on both front sides, and corroded, greased rear brake pipes. With no recorded testing between April 2024 and September 2026, the vehicle has been off the road or untested for over two years, leaving the current progression of these structural and chassis advisories unverified. At 120,738 recorded miles across roughly 19 years, the vehicle has averaged approximately 6,355 miles per year, which is relatively moderate for a light commercial vehicle. However, the testing record reveals irregular intervals, including a notable gap between December 2021 and April 2023, followed by the current extended lapse since early 2024. For a commercial vehicle operating in UK weather conditions, prolonged stationary periods often accelerate rust formation on untreated underbody steel, harden suspension rubber mountings, and cause brake lines and hydraulic components to deteriorate more rapidly than during regular, heat-cycling road use. Prospective buyers must prioritize a comprehensive ramp inspection of the entire underside, focusing specifically on previous structural repair patches around the rear spring mountings, the front chassis legs near mounting points, and the inner sills. The rear metal brake pipes require close examination to establish whether corrosion has pitted the metal beneath the layer of grease noted in the 2024 test, as heavily corroded lines pose a risk of hydraulic failure under emergency braking. Furthermore, a persistent non-excessive engine oil leak has been noted consistently since 2019; the engine block, sump, and transmission mating surfaces must be checked to identify the exact origin and assess if oil contamination is reaching rubber suspension bushes or the exhaust system. During a road test, close attention should be paid to the front running gear and steering precision. Worn front lower suspension arm bushes typically manifest as dull thumps or knocking noises when negotiating speed bumps and rough road surfaces, alongside steering wander or vagueness under hard braking. The wheel bearings should be monitored for continuous low-frequency droning or rumbling that alters pitch during cornering, and the braking system should be checked for straight-line stability, pedal firmness, and absence of rear brake imbalance.