2017 Ford Transit Connect 1.5L Diesel · AV67 MDF

A recurring history of tyre degradation and braking defects defines the structural roadworthiness profile of this 2017 Ford Transit Connect, which most recently secured a clean pass on 2025-10-07 following a dangerous failure the previous day for exposed cords on the offside rear tyre. While earlier annual tests from 2020 through 2022 recorded zero faults, the middle and later years of the dataset reveal a pattern of severe tyre neglect, including a dangerous front tyre failure and a binding nearside rear service brake in 2023, alongside missing rear bump stops and thinning brake pads noted in 2024. This trajectory demonstrates that while the vehicle is capable of passing its annual statutory test, it has repeatedly suffered from critical consumable neglect immediately prior to compliance checks. Standing at 74,483 miles across its nine years on the road, the vehicle has accumulated an average of roughly 8,276 miles annually, representing a standard usage profile for a light commercial van of this age. This consistent mileage accumulation indicates that the Transit Connect has been in regular, steady service rather than subjected to extreme long-distance pounding or prolonged periods of stationary storage. Mechanically, this rate of use points to typical wear and tear on chassis components, suspension assemblies, and braking systems, meaning the primary concerns stem from how those components have been maintained rather than underuse or excessive mileage fatigue. Given the specific history of braking faults, a prospective buyer must thoroughly inspect the rear braking system during the static and dynamic phases of an inspection. Check for any lingering signs of the binding nearside rear service brake flagged in 2023, listen for unusual scraping or squealing, and assess the thickness of the rear brake pads which were noted as wearing thin during the 2024 test. On a test drive, pay close attention to whether the vehicle pulls to one side under braking, verify that the handbrake holds securely on an incline, and check for any spongy pedal feel that might indicate lingering thermal stress or hydraulic issues in the rear calipers. Furthermore, the repeated emergence of dangerous tyre defects across multiple years requires a close examination of the suspension geometry and wheel alignment to ensure uneven wear is not destroying rubber prematurely. Inspect the rear axle assembly for the missing bump stops noted in the 2024 test, as operating without these components can cause severe shock loading to the chassis and suspension mounts over heavy bumps. During the test drive, listen carefully for any banging, knocking, or hollow thuds from the rear suspension over potholes or rough tarmac, and ensure the steering remains direct and free of excessive play or vibration at motorway speeds.