2013 Vauxhall Vivaro 2.0L Diesel · OV13 GUW

The defining mechanical story for this Vauxhall Vivaro centres on a chronic pattern of rear suspension trailing arm bush wear, which has now been flagged at both ends of the rear axle on its most recent test. The 2025 advisory notes that both the nearside and offside trailing arm bushes are worn but not yet resulting in excessive movement, which means the components are serviceable for now but are clearly approaching the end of their usable life. Alongside this, the record shows a separate cluster of electrical and wiper-related defects that caused a failure in September 2024, though these were rectified prior to the same-day re-test which passed. Earlier tests also flagged nearside front shock absorber oil misting repeatedly between 2020 and 2021, indicating a damping unit that was weeping fluid but had not yet failed outright. The overall trajectory is one of accumulating age-related wear rather than acute mechanical failure, with the rear suspension now being the principal area of concern. Against its thirteen-year life, the recorded 34,728 miles equates to an average of roughly 2,670 miles annually, which is well below typical mileage for a commercial-derived van of this vintage. The MOT history is continuous from 2020 onwards with no gaps, and the mileage progression between tests is consistent with low annual use, suggesting the vehicle has likely spent significant periods either stationary or covering only short trips. Low-mileage commercial platforms such as the Vivaro can be prone to specific issues stemming from infrequent use, particularly corrosion on underbody components, brake disc corrosion and seizing calipers from lack of regular application, and deterioration of rubber and polymer components that age rather than wear out. The recurring shock absorber misting and trailing arm bush advisories are consistent with components that have aged in place rather than worn through heavy service. For a prospective buyer, the priority inspection area is the rear suspension, given that both trailing arm bushes have been flagged as worn. On a test drive, listen for clonks or knocking noises from the rear axle when traversing uneven surfaces, speed humps or potholes, and pay particular attention to any vagueness or shimmy at the rear under load or during lane changes. With the vehicle unloaded, attempt to rock each rear wheel laterally by hand to feel for play in the bush mounting, and inspect the trailing arm area for any visible cracking, splitting or displacement of the rubber. The nearside front shock absorber should also be physically inspected for fresh oil residue on the body and dust shield, and the damping behaviour compared side-to-side by pushing down firmly on each front corner with the vehicle stationary to detect any continued seepage beyond the light misting previously recorded. Further checks should focus on the electrical and wiper system that caused the 2024 failure, ensuring both wiper arms clear the screen effectively across the full sweep and that the hazard warning switch and lamps operate correctly under all ignition positions. The nearside headlamp should be examined for ongoing internal condensation, which was flagged in 2020, as trapped moisture can compromise reflector performance and lead to bulb failure. Brake discs and calipers warrant close inspection given the low-mileage usage profile, with particular attention to any pitting, scoring or uneven corrosion on the disc faces and any reluctance of the calipers to slide freely, which can be checked by attempting to spin each wheel by hand with the vehicle jacked. Finally, a thorough underbody examination for surface corrosion, paying particular attention to brake pipes, fuel lines and subframe mounting points, would be prudent given the vehicle's age and the tendency for vans of this type to accumulate underfloor oxidation from road salt exposure.