2014 Ford Transit 2.2L Diesel · WM63 NLD

The vehicle's most recent DVSA examination on 11 March 2026 resulted in a PASS, which is positive, however the immediately preceding test on 10 March 2026 produced a FAIL with two major defects alongside a dangerous defect concerning the offside track rod end ball joint. A dangerous categorisation indicates that DVSA assessors judged the component sufficiently worn that there was a serious risk of detachment, which would have represented an immediate and severe road safety hazard. The major defects comprised a malfunction indicator lamp (MIL) issue and an inoperative horn, both of which would have been rectified prior to the subsequent pass. Looking at the broader trend, advisories have been accumulating on the offside front corner over consecutive tests, particularly relating to a corroded power steering pipe and a wheel bearing noted with slight play in 2025, alongside front suspension arm corrosion recorded in 2022. This pattern suggests that while the vehicle has consistently passed, there is a recurring deterioration on the offside front assembly that warrants close attention, and the overall trend is best described as stable but with progressive wear concerns accumulating on a specific area of the chassis. With a recorded mileage of 109,044 miles across approximately twelve years, this Transit has been driven at an annual rate of roughly 9,087 miles per year, which is broadly typical for a commercial vehicle of this age and use profile. The mileage progression between MOT entries does not reveal any obvious long gaps in use, nor does it suggest excessively high annual accumulation, meaning that wear patterns are likely to be relatively consistent with normal commercial service. There is no evidence within the MOT record to suggest extended periods of standing, which on a Transit can otherwise lead to brake caliper seizure, brake disc corrosion, and underbody deterioration. However, at this mileage, significant mechanical service items including timing belt replacement (if applicable to the engine variant), clutch, dual-mass flywheel if fitted, and major suspension refurbishment should already have been addressed or be approaching their service thresholds. The recurring offside front advisories form the most important theme in this MOT history. The power steering pipe corrosion noted in both 2025 and 2026 suggests ongoing oxidation of hydraulic lines, and any prospective buyer should physically inspect these pipes for surface blistering, active weeping of fluid, or flaking that could progress to a leak under load. Power steering fluid loss on a test drive typically manifests as a whining or groaning noise from the pump on full lock, alongside increasing steering effort or visible fluid beneath the vehicle after parking. The track rod end failure is a critical safety item, and the replacement component should be inspected for security and the surrounding gaiter for splits, as damaged gaiters allow contamination that accelerates joint wear. On a test drive, listen for clonking or knocking from the front suspension over speed humps and uneven surfaces, check for uneven or feathered tyre wear indicative of misalignment, and verify that the steering returns to centre without looseness. The wheel bearing play recorded in 2025 should also be reassessed, as a humming or droning noise that varies with road speed, or a slight vibration through the steering, could indicate further deterioration requiring replacement. Beyond the documented advisories, a buyer should approach this twelve-year-old, high-mileage commercial vehicle with a thorough physical inspection given that MOT testing is a sampled roadworthiness check rather than a comprehensive condition report. Brake discs were flagged for pitting and scoring on both front and rear axles in 2020 and 2021, and although they were within limits at that time, corrosion between pads and discs is common on Transits that experience light or intermittent use, potentially causing binding or juddering on first application from cold. Inspect the tyres for age-related sidewall perishing or cracking regardless of tread depth, as commercial vehicles often accumulate standing cycles that degrade rubber. Verify the 12V battery condition, particularly if the van has been stood between jobs, and confirm the service book evidence for time-based items such as brake fluid, coolant, and gearbox oil changes, since calendar degradation affects fluids irrespective of mileage. Finally, examine the underbody, jacking points, and suspension arms for advanced corrosion, check for fluid leaks from the engine and differential on a clean inspection, and confirm that the MIL warning lamp issue from the recent failure has been properly diagnosed and resolved, as unresolved emissions or sensor faults can indicate deeper engine management or catalytic converter concerns.