2016 Ford Transit 2.2L Diesel · LB65 XSA

The 2016 Ford Transit presents a clearly elevated mechanical risk profile based on its DVSA testing record, with two failures out of eight recorded tests and a cluster of advisories concentrated around suspension, braking, and tyre wear components. The most recent outcome on 25 January 2024 was a fail, driven by a combination of minor lighting defects alongside two major items: a deteriorated lower engine dogbone mount allowing excessive movement, and an excessively worn offside front driveshaft bearing. Earlier in 2023, the vehicle was refused a certificate on 25 January due to active ABS and electronic stability control warning lamp faults, both categorised as major defects, before subsequently passing on 13 February following remedial work. Advisories over the same period have flagged oil leakage, binding offside rear brake, edge-worn front and rear tyres, and thinning rear brake pads, indicating that consumable wear is being consistently noted rather than being an anomaly. The 2022 fail also included a dangerous defect relating to a non-functioning trailer electrical socket and major lighting and indicator issues, demonstrating that electrical integrity and ancillary lighting function have been recurring problem points. With 152,792 miles accumulated over roughly ten years, this Transit averages approximately 15,279 miles annually, a usage rate well above the typical light commercial vehicle average and consistent with sustained, demanding commercial operation. Testing frequency appears broadly annual with only minor date variations, suggesting the vehicle has been in continuous service rather than laid up, which means wear-related advisories on brakes, tyres, and suspension are unsurprising given the mileage accumulation. The combination of high annual mileage and repeated advisories on chassis and braking components is consistent with a working vehicle that has accumulated proportionate mechanical wear, and any prospective buyer should anticipate that suspension, brake, and tyre replacement intervals will be shorter than for a lower-mileage equivalent. Specific attention should be directed to the components flagged in the record during a pre-purchase evaluation. The 2024 major defect relating to the lower engine dogbone mount is a critical item, as a failed or excessively flexible mount can cause harsh gear changes, vibration through the cabin, and potentially secondary damage to exhaust or drivetrain components; with the engine running, listen for clunks on throttle application and release, and inspect the mount visually for cracking, splitting, or separation. The offside front driveshaft bearing wear noted at the same test warrants a road test paying particular attention to rhythmic clicking or humming that varies with speed and cornering load, alongside a physical check of the CV joint gaiter for splits and grease loss. The 2023 ABS and stability control warning lamp faults should be verified as fully resolved, as intermittent warning lamp illumination under braking or cornering would suggest the underlying sensor or hydraulic unit issue has not been conclusively rectified. The brake-related advisories, including the binding offside rear brake noted in 2023 and the thinning rear pads flagged in 2021, together with the dangerous and major lighting defects from 2022, indicate electrical and friction system components that warrant close scrutiny. On a test drive, expect to feel any pulling to one side under braking, which would suggest the binding caliper has recurred or the handbrake mechanism is seizing, and listen for scraping or grinding noises that would confirm pad or disc wear beyond the advisory stage. Given the tyre edge wear advisories on both front and rear axles recorded in 2020 and 2023, suspension geometry and component condition should be examined; uneven inner or outer shoulder wear points to worn wishbone bushes, drop links, or tracking misalignment, all common on high-mileage Transits. Finally, the oil leak advisory noted in 2024 warrants inspection of the engine and gearbox sump areas for fresh seepage, and a check of fluid levels before and after the test drive to establish whether the leak is active and worsening.