2015 Vauxhall Vivaro 1.6L Diesel · RN08 RFN

The MOT history for this 2015 Vauxhall Vivaro presents a mixed roadworthiness picture, with the most recent test on 30 June 2026 returning a pass but only after a substantial failure the day before on 29 June 2026. That immediate retest suggests transient or quickly rectified issues rather than deep structural concerns, but the failures themselves are not trivial. The earlier July 2025 test followed a similar pattern, with a dangerous failure on 2 July 2025 caused by nearside rear brake pads worn below 1.5 mm and a fractured nearside rear coil spring, before passing the following day with only a minor lighting defect. Across the recorded tests there are recurring advisories on front suspension components, specifically ball joint play noted in 2026 and worn suspension arm pins or bushes on both sides flagged in 2023, alongside a pattern of minor lighting and electrical items such as inoperative registration plate lighting, a non-functioning side repeater, and a headlamp light source compatibility issue. The front seat belt webbing damage advisory recorded at both the 2026 failure and subsequent pass is another item that warrants direct physical inspection, as frayed webbing compromises restraint effectiveness and can fail completely under load. Recorded mileage stands at 111,622 miles over approximately eleven years, which equates to roughly 10,147 miles annually and aligns closely with typical usage for a commercial light van of this age. The annual accumulation appears consistent, with no extended gaps between tests suggesting long periods off the road, nor any sudden mileage spikes that might indicate taxi, courier, or heavy commercial abuse beyond the norm. For a vehicle of this type and mileage, the wear pattern in the MOT record is broadly consistent with expectations, particularly regarding consumable braking components and suspension items subject to laden operating conditions. The repeated advisories on front suspension bushes and ball joints, combined with a fractured rear coil spring failure in 2025, do however point to suspension components that have absorbed considerable stress and may now be approaching the point of requiring more comprehensive replacement. A prospective buyer should pay particular attention to the front suspension during any physical inspection, as the 2026 advisory noted slight play in the nearside front lower suspension arm ball joint, and the 2023 test flagged worn pins or bushes on both sides at the front lower arms. On a test drive, listen for clonking or knocking noises from the front end when traversing speed bumps or uneven surfaces, and feel for any vagueness or rattle through the steering wheel that would indicate progressive wear beyond what was previously recorded. The nearside rear brake and suspension failure from 2025 should prompt a thorough check of the rear braking system, including caliper operation, pad thickness, and disc condition, as binding calipers or worn handbrake mechanisms can rapidly consume rear pads. Inspect the rear coil spring on the nearside for any signs of seat settlement or cracking at the lower coils, as fractured springs can occasionally indicate neighbouring wear in related components. Further specific checks should include a close visual examination of the offside front seat belt webbing for any fraying, cuts, or stiffness, as the advisory recorded in June 2026 suggests deterioration that could worsen. Verify the operation of all exterior lighting, including registration plate lamps on both sides, the nearside side repeater, and ensure headlamp light sources match the original specification, as a mismatched bulb or retrofit LED unit was flagged. Inspect all four tyres for uneven shoulder wear or edge wear patterns, given the advisory for a nearside rear tyre worn close to the legal limit and on edge in 2026, and the earlier 2022 advisory on offside rear tyre damage and cracking. Listen for any illuminated engine management warning lamp on the dashboard during startup, as the MIL inoperative or malfunction indicator fault from the June 2026 failure suggests an underlying emissions or sensor issue that may require diagnostic investigation. Finally, with mileage approaching 112,000 miles, the clutch, dual mass flywheel if fitted, timing chain if chain-driven, and turbocharger if diesel, should all be considered for their service life expectancy, though the MOT record itself only confirms the items documented above.