2008 Ford Transit 2.4L Diesel · LR08 BJO

Chronic structural and brake-line corrosion is the defining mechanical concern of this 2008 Ford Transit, with the MOT history repeatedly flagging corrosion on body structure and undercarriage components across at least four consecutive tests. The most recent test on 11 August 2022 recorded a pass, but only after a failure just two days earlier on 9 August 2022, where the offside lower integral body structure was deemed corroded to the extent that rigidity was significantly reduced, alongside an inoperative engine malfunction indicator lamp and an electronic stability control warning lamp fault. The 2022 pass itself still carried advisories for integral body corrosion, an oil leak, a worn nearside front tyre on its edge, and a noted vehicle lean. Reading back further, the 2018 test cycle presented particularly serious safety items, with both rear brake discs classified as dangerously weakened and both rear brake pipes flagged as excessively corroded. Across 2017, 2019, and 2021, brake pipe corrosion appeared in every relevant test, and general under-vehicle corrosion was formally noted in 2021. In short, the test record points to a vehicle with established corrosion issues that have required repairs to remain roadworthy and an ongoing susceptibility to further deterioration. Mileage is recorded at 200,234 miles on an 18-year-old platform, equating to roughly 11,124 miles annually, which sits broadly in line with typical commercial Transit usage but does include extended gaps between recorded tests. There is no MOT recorded between mid-2017 and late 2019, and no entry between late 2019 and mid-2021, suggesting periods where the vehicle may have been off the road, undergoing repair, or operating under different testing arrangements. The combined effect of high accumulated mileage, commercial-style duty cycles, and documented underbody corrosion means that consumable wear items such as brake discs, pads, suspension bushes, springs, and wheel bearings are likely to be approaching or beyond mid-life replacement thresholds, even where the most recent test has not flagged them specifically. A prospective buyer should treat the recorded advisories as a directed inspection list rather than a closed matter. On a physical examination, look closely at the offside lower body structure, sills, outriggers, and chassis legs for perforation or flaking that goes beyond surface rust, paying particular attention to load-bearing areas near the spring mounts and jacking points, as corrosion here has previously been deemed serious enough to reduce structural rigidity. Inspect all visible brake pipes along their full length for rust bloom, flaking, and signs of previous repair sleeves, and check that the front-to-rear runs and both rear circuits remain intact and free of seepage. Examine both front wheel bearings for play by rocking each wheel at the hub, and lift any covers to assess the front brake discs for lipping, pitting, and minimum thickness. On a test drive, listen for clonks or knocks from the front suspension over bumps, particularly from the wishbone bushes and anti-roll bar drop links, feel for vibration or judder through the brake pedal under firm stops which would indicate disc run-out or corrosion, and note any pull to one side under braking that could indicate a binding caliper or uneven pad wear. The vehicle lean advisory from the 2022 test is worth replicating by loading one side, for example with weight over the nearside rear, and observing whether the vehicle settles evenly or sits lower on a corroded spring. Additional electronic fault items from the August 2022 failure warrant verification before purchase. The engine malfunction indicator lamp was recorded as inoperative or showing a fault, which on a TDCi diesel of this era can relate to glow plug or injector control module issues, EGR valve position feedback, or a stored fault that has simply not been cleared, so request a live diagnostic read to confirm no active powertrain codes are present and that the lamp now cycles correctly on ignition. The electronic stability control warning lamp fault is equally important, as it may indicate a faulty yaw sensor, ABS ring damage, or a wiring issue rather than a resolved repair, and the system should be confirmed operational before relying on the vehicle in slippery conditions. Finally, the recorded oil leak, even if deemed not excessive, combined with the mileage and age profile makes a visual check of the engine and gearbox sumps, timing cover, and turbo oil feed lines worthwhile, and any evidence of fresh seepage on the undertray or heat shielding would suggest the leak is progressing. Given the recurring brake, corrosion, and structural advisories throughout the recorded history, independent pre-purchase inspection by a commercial vehicle specialist is strongly advised.