2014 Vauxhall Vivaro 2.0L Diesel · BT14 FCA

Passing the October 2025 test at 275,082 miles, the vehicle narrowly avoided failure after addressing a fractured offside front coil spring and severely degraded constant velocity boots just days prior. The tester still flagged front brake pads wearing thin, an offside front tyre worn to the legal limit and on its edge, alongside a defective wiper blade and an oil leak. This pattern indicates a reactive rather than preventative approach to servicing, where critical safety failures are rectified just enough to pass, while consumable wear and minor faults persist. Accumulating 275,082 miles over twelve years equates to an annual average of roughly 22,924 miles, confirming heavy commercial use. The MOT records reveal a notable gap between October 2023 at 216,326 miles and October 2024 at 244,007 miles, representing 27,681 miles covered in that single year. Mileage accumulation slowed slightly leading up to the 2025 test, with only 15 miles recorded between the initial failure and the pass on the 15th and 17th of October 2025. Such high utilisation places significant stress on suspension, braking, and drivetrain components, which aligns with the wear and tear documented in the recent records. A physical inspection must prioritise the structural integrity of the front suspension and drivetrain, given the history of a fractured offside front coil spring and split constant velocity boots. The tester flagged play in the steering rack inner joint in October 2024, and combined with the degraded lower suspension arm ball joint dust covers noted in 2023, the front end requires rigorous checks for excessive play and corrosion. Braking components also demand scrutiny. Rear brake pads were below 1.5mm in October 2025, and the front pads were wearing thin at the same test, suggesting aggressive driving habits or delayed replacements. Persistent oil leaks and recurring discoloured rear indicators point to aged seals and poor electrical maintenance. Buyers should thoroughly inspect the inner wheel arches and chassis rails for corrosion, as high-mileage vans operating under heavy loads are highly susceptible to structural degradation.