2017 Vauxhall Vivaro 1.6L Diesel · AB64 DEC

A clean DVSA record across the available test cycles points to a vehicle with a consistently sound MOT history, free of advisories, structural corrosion, or component-level failures through every recorded visit. The latest interaction with the testing station on 12 March 2026 produced both a pass and a fail entry on the same date, which is the standard administrative footprint of a vehicle that was presented with a defect, rectified it on site or shortly thereafter, and was then re-presented and passed within the same session. The absence of any defect or advisory text on either entry suggests the issue was minor and remedied immediately, with no underlying pattern of recurring problems. The 2025 cycle follows an identical pattern of fail-then-pass on 4 April 2025, again with no recorded defect details, reinforcing the impression of a mechanically tidy van rather than one battling chronic faults. The 2024 test on 3 April 2024 was a straightforward pass, leaving an overall picture of reliable roadworthiness compliance for this 2017 Vauxhall Vivaro. Mileage stands at 91,168 miles recorded across roughly 10,130 miles per year, a figure that sits close to the expected annual accumulation for a light commercial of this age and type. A Vivaro in service fleet or trades use typically accrues mileage steadily through mixed urban and motorway work, and this rate of accumulation is consistent with that operational profile rather than extended periods of standing. There are no large step changes in the implied mileage progression between tests, suggesting it has been in regular use throughout its life rather than subjected to long storage intervals followed by sudden heavy use. At this mileage, consumables such as brake pads, discs, tyres, clutches, and timing belt intervals will all be firmly in their wear zone, but the absence of any flagged braking or tyre defects at recent tests indicates they were within legal limits at the last inspection. For a prospective buyer, the absence of recorded advisories means there is no specific component flagged for monitoring, so the inspection focus should shift to areas commonly affected on a Vivaro of this age and mileage. Particular attention should be paid to the front suspension, especially the lower control arm bushes and anti-roll bar drop links, which are known wear items on this platform and can produce clonking or knocking noises over speed humps and uneven surfaces. The rear torsion bar suspension should be checked for sagging, which on a twin-side-door van typically manifests as a tail-low stance when unloaded or a harsh, crashy ride quality. The steering rack and power steering pipes should be examined for any signs of seepage, and the front subframe mounting points inspected for corrosion, as Vivaros of this generation can develop surface oxidation in salt-affected areas even without it being flagged at test. Brake feel should be tested under load for any pulling to one side or vibration through the pedal, which would indicate disc warp or a binding caliper, and the handbrake mechanism on the rear drums should be confirmed to hold on an incline. Under bonnet, the 1.6 CDTi engine common to this model should be inspected for oil misting around the rocker cover gasket, which is a known seepage point on high-mileage examples, and the turbo and intercooler pipework checked for any signs of oil residue or boost leaks. A cold start will reveal any excessive diesel knock or timing chain rattle, both of which are areas to monitor on this unit as mileage accumulates. On the test drive, listen for any drivetrain shunt on part-throttle gearchanges, which can indicate dual-mass flywheel wear approaching its service limit, and confirm that the clutch bite point is firm and progressive without slipping under load. Finally, the EGR valve and diesel particulate filter should be considered, as Vivaros used predominantly for short urban trips are prone to DPO blockages, so confirming a healthy mix of longer runs in its recent use will help safeguard against expensive emissions-related repairs.