2016 Vauxhall Vivaro 1.6L Diesel · EU66 FNK

The 2016 Vauxhall Vivaro presents a roadworthiness profile dominated by a series of pass results against two unrepaired failures, all clustered within a single twelve-month period during 2025 and 2026. With the most recent test on 5 February 2026 returning a clean pass and no advisories, and the prior test on 23 July 2025 also passing without recorded defects, the immediate trend is positive. However, the presence of two failures dated 23 July 2025 and 22 January 2025, both listed without specific defect details in the record, suggests that issues were identified and rectified on each occasion to enable a subsequent pass on the same day or shortly after. For a commercial-derived vehicle of this type and age, such a pattern warrants cautious scrutiny, as it may point to intermittent faults in areas commonly problematic on the Vivaro platform, including electrical systems, ABS sensors, or emissions-related components, any of which could resurface under continued commercial use. Mileage accumulation on this Vivaro sits at 108,462 miles over approximately a decade of service, equating to around 10,800 miles per year, which is broadly typical for a vehicle of its age and commercial heritage. There are no notable gaps in the MOT testing history to suggest extended periods off the road, and the consistent annual progression indicates regular service rather than long stationary intervals. For a diesel-powered Vivaro of this vintage, this level of usage is consistent with steady fleet or light commercial operation, meaning that wear on clutch assemblies, dual-mass flywheels, turbocharger components, and injector servicing should be anticipated. The absence of recorded advisory items across recent tests is reassuring, but it does not preclude the existence of wear that falls just below the MOT failure threshold, particularly on suspension and braking components subjected to repeated loaded cycles. From a buyer inspection standpoint, particular attention should be directed towards the areas where the Vivaro is known to develop issues commensurate with this mileage. Test drive evaluation should include a check for clutch slip or judder under load, especially when in higher gears, as well as any indication of turbo whistle or boost lag that could suggest impending turbo failure. The brakes should be assessed for pulling to either side under moderate pedal pressure, and a firm pedal feel without sponginess should be confirmed. Suspension should be examined by driving over uneven surfaces at low speed, listening for clonking or knocking from the front struts, top mounts, or anti-roll bar drop links, all of which are known wear items on the Vivaro. At the rear, leaf spring bushes and shock absorber condition are critical given the load-carrying design, and any wallowing or instability under light braking could indicate aged dampers. Finally, a thorough under-bonnet inspection for oil leaks around the sump, cam cover, and turbo pipework, together with a check for diesel injector weepage, would be prudent given the mileage and the vehicle’s commercial operating history. Beyond the mechanical aspects, any prospective buyer should request documentation confirming the rectification of the two 2025 failures, as the MOT record itself does not detail which components were defective. A live diagnostic scan for stored fault codes, particularly within the ABS, emissions, and engine management systems, is strongly advised, as intermittent sensor faults on the Vivaro can pass and fail between tests without leaving persistent advisories. The exhaust system, including the diesel particulate filter, should be inspected for warning light activity during a forced regeneration cycle, as DPF issues remain prevalent on high-mileage Euro 5 and Euro 6 Vivaros. With no structural advisories recorded and a generally stable testing pattern outside of the two failures, this vehicle remains a viable candidate, provided the specific component history behind those failures can be verified and the drivetrain shows no emerging deterioration.