2013 Ford Transit 2.2L Diesel · CV63 STX

The defining mechanical story of this 2013 Ford Transit is a history punctuated by recurring electrical and lighting defects alongside progressively flagged brake wear, with the most recent test on 06 December 2021 passing but noting severely deteriorated front outer drive shaft constant velocity boots on both sides. Across seven recorded test events spanning 2016 to 2021, the vehicle has accumulated two failures and four advisories, the failures themselves being relatively minor in mechanical terms but symptomatic of an ageing commercial vehicle. The 2017 failure involved non-functional position lamps and a registration plate lamp, while the 2020 failure recorded dangerous rear brake pad material below 1.5 mm thickness, alongside another failed position lamp, suggesting that bulb maintenance and brake servicing may not always have been carried out proactively between tests. The 2021 advisories around the CV boots, if left unresolved, will allow water and grit into the joint grease, accelerating wear on the drive shafts themselves, and this is the single most pressing mechanical concern visible in the file. Mileage is recorded at 145,630 miles across thirteen years, which equates to roughly 11,200 miles annually. This is broadly typical for a working van of this era and suggests consistent commercial use rather than long periods of standing or unusually heavy duty cycles. The annual average sits in a range where mechanical wear on suspension bushes, engine mounts, clutch components, and turbo components (if diesel) would be expected to accumulate steadily, particularly given the load-carrying nature of the model. There are no extended gaps in the MOT record indicative of long-term SORN status, and the consistent year-on-year testing suggests the vehicle has remained in regular operational use throughout the period covered. For a prospective buyer, this usage pattern means components are likely to be moderately worn but not unusually stressed. On physical inspection, particular attention should be paid to the front drive shaft CV joints referenced in the 2021 advisory, listening for clicking or knocking on full lock turns at low speed and checking the inner and outer boots for tears, grease loss, or flinging. The brake system warrants careful examination given the 2020 dangerous pad finding and the 2017 advisory noting badly worn, lipped rear discs, which raises the likelihood that the caliper slide pins, rear caliper carriers, and handbrake mechanism have seen uneven wear; on a test drive, any pulling to one side under braking, a spongy pedal, or a binding feel after release would be cause for further investigation. The front wheel bearing play recorded in 2018 should be rechecked by rocking each front wheel at the top and bottom to detect any renewed movement or roughness, as wheel bearings on high-mileage Transits commonly deteriorate. Electrical faults have appeared repeatedly in the form of failed position lamps, sidelights, and registration plate illumination, so all exterior lighting, including side repeaters and number plate lamps, should be verified as functional before purchase. A buyer should also test the gearbox and clutch operation under load, as the heavy commercial use implied by the mileage will have placed significant demand on these components, and any slip under acceleration, judder on take-off, or difficulty selecting gears would warrant further investigation. Steering play should be assessed on a straight road and through gentle inputs, with the vehicle stationary on full lock to listen for any knocking from the front suspension that could indicate worn anti-roll bar drop links, track rod ends, or wishbone bushes, all of which are common wear items on this model at this mileage. Underneath, the rear brake pipes, fuel lines, and subframe mounting points should be visually examined for corrosion, particularly given the van's age and likely exposure to winter road treatments. The rear brake disc lipping flagged in 2017 implies the discs may have been machined or replaced at that time, but a current check for vibration through the pedal under braking would confirm whether the current discs remain true and within wear limits.