2022 Vauxhall Vivaro-E 3100 Dynamic Electric · DS22 NTN

The defining mechanical story of this 2022 Vauxhall Vivaro-e is one of an unblemished official roadworthiness record, with both recorded DVSA tests returning pass outcomes and no advisories logged. The most recent examination on 27 May 2026 was passed with no defects recorded, and the prior test on 9 June 2025 was similarly clean. With only two MOT entries on file, the dataset is limited, but what exists presents a picture of a commercial vehicle that has not yet attracted any examiner commentary on tyre condition, brake wear, suspension component deterioration, or structural corrosion. For a prospective buyer, this means there is no documented pattern of recurring wear items or developing defects to investigate, although the absence of advisories also means there is no MOT history pointing toward marginal components that may require attention in the near term. Against an age of approximately four years, the recorded mileage of 17,755 miles equates to an annual accumulation of around 4,439 miles, which is notably low for a van of this type, even accounting for the fact that this is the electric variant which may have seen lighter commercial deployment. Low recorded mileage reduces wear on friction components such as brake pads and discs, and on drivetrain elements, but it can also indicate extended periods of standing. On an electric vehicle, prolonged inactivity can affect the traction battery state of health and the 12V auxiliary battery, and it can lead to dried rubber components in the suspension and braking system. The mileage progression between the two tests is also worth noting, as the gap between June 2025 and May 2026 covers roughly eleven months, and any significant underuse during that window should be factored into a physical inspection. When inspecting this Vivaro-e, attention should focus on the areas that low-mileage commercial vehicles commonly show wear in despite limited road use. The suspension should be examined for perished or cracked rubber bushes, particularly at the front lower wishbones and anti-roll bar linkages, as these deteriorate with age rather than mileage. On the test drive, listen for clonks or knocks over uneven surfaces, which would suggest worn bushings or top mounts, and pay attention to any vagueness or knocking through the steering rack. Brake feel should be assessed carefully, as seized or binding calipers and rusted brake disc surfaces are common after long standing periods, often producing a grinding sensation, pulling to one side under braking, or a lumpy pedal feel. The electric parking brake mechanism should be confirmed to release and apply smoothly without warning messages on the instrument cluster. Finally, the underbody and structural areas should be visually inspected for any surface corrosion or evidence of fluid staining, even though no MOT advisories have been raised. On a vehicle of this age and type, particular attention should be paid to the subframe, brake pipe routing along the chassis rails, and the condition of the plastic undertrays which can trap moisture. A thorough battery health check should be requested, as the traction battery's state of health is not assessed under MOT and represents the most significant mechanical consideration for any used electric vehicle. Verify that the charging system functions correctly on both AC and DC supplies where applicable, and confirm that the cabin heating and any thermal management functions operate without restricted performance, which could indicate degraded battery conditioning capability. A pre-purchase inspection by a specialist familiar with electric light commercial vehicles would be a prudent step given the limited MOT history available.