2009 Ford Transit 2.2L Diesel · SL59 JCX

The defining mechanical story of this 2009 Ford Transit is one of persistent corrosion around the suspension mounting points and front brake pipework, combined with one significant brake and parking brake failure in early 2021. Across six recorded tests since January 2021, the vehicle has passed five times and failed twice, with the most recent test on 21 January 2026 recording a pass and a single advisory relating to underseal coverage on the underside. The suspension mounting corrosion advisories first appeared in March 2023 and were repeated across both axles in March 2024, indicating a progressive surface corrosion pattern that, whilst not yet categorised as excessive, warrants close physical inspection of the strut tops, subframe, and radius arm mountings. The front brake pipe advisories for corrosion covered in grease have appeared at every test since January 2021, suggesting either a long-standing cosmetic concealment or a recurring protective treatment that an examiner considers insufficient for definitive clearance. Annual mileage of roughly 6,750 miles is broadly typical for a working van of this age, and the consistent year-on-year testing pattern from January 2021 onwards indicates the vehicle has remained in regular use rather than being laid up for extended periods. There are no unusual mileage jumps or gaps in the DVSA record that would suggest clock irregularity or prolonged standing, which on a diesel Transit of this vintage helps mitigate some concerns around diesel particulate filter saturation, AdBlue system degradation, and turbo seal drying out. However, the cumulative 114,760 miles places the vehicle squarely in the territory where wear-related items such as clutch, dual-mass flywheel, injectors, and engine mounts begin to present failure risk, and these components are not directly assessed under MOT but should be factored into any valuation. For a prospective buyer, the front suspension and steering assembly should be the primary focus of any physical inspection and test drive. The 2023 advisory regarding slight play in the nearside front anti-roll bar linkage ball joint, followed by 2025 advisories for slight play in the nearside front track rod end ball joint and nearside front wheel bearing, indicates a developing wear pattern in the front geometry that warrants careful attention. On a test drive, listen for clonking or knocking noises from the front suspension over speed humps and uneven surfaces, particularly on left-hand inputs, and feel for any vagueness or rattle through the steering wheel which would suggest the track rod end play has progressed beyond the advisory threshold. The front brake pipes, repeatedly flagged for corrosion covered in grease since 2021, should be physically examined beneath the grease layer to confirm the underlying pipe integrity, as concealed corrosion on brake lines is a safety-critical concern that can escalate rapidly between tests. The earlier failures provide important context regarding electrical and braking system condition. The January 2021 failure involved an insecure leisure battery shorting on the seat base, a nearside rear brake pad worn below 1.5 mm thickness categorised as dangerous, and an inoperative nearside rear parking brake, alongside the same front brake pipe advisories that have persisted throughout. The January 2022 failure related to both front wiper blades failing to clear the windscreen effectively. These items should each be verified as rectified: confirm secure battery mounting with no chafing or exposed conductors, check rear brake pad material thickness directly via the caliper inspection window, test the parking brake holding on an incline for both rear wheels, and ensure both wiper blades sweep the screen cleanly without smearing. The 2022 and 2025 advisories for hydraulic leaks from the steering rack, noted as not excessive, also warrant a check for any fresh fluid accumulation beneath the rack or deterioration in power steering feel, as rack seals on a high-mileage Transit commonly progress from seepage to active failure.