2022 Vauxhall Vivaro-E 3100 Dynamic Electricity · FD22 EYT

This 2022 Vauxhall Vivaro-e 3100 Dynamic presents a straightforward roadworthiness profile, with a clean pass achieved at the most recent MOT on 1 June 2026 and no advisories or failures recorded at that examination. The only defects noted across the documented testing history are two minor items from the 2025 test, neither of which would have prevented the vehicle from passing. The nearside rear position lamp issue involving a multiple light source up to half inoperative and the inoperative nearside registration plate lamp are both trivial electrical concerns, typically resolved by replacing an LED module or bulb at minimal cost. With no recurring component defects, structural advisories, or corrosion issues recorded, the overall trajectory of this vehicle is one of stable mechanical condition, suggesting the fundamental safety-related systems—braking, suspension, tyres, steering, and lighting—have remained within specification throughout its testing life. The recorded mileage of 36,134 miles over approximately four years equates to around 9,034 miles annually, which sits comfortably in the average band for a commercial van of this type. There are no gaps in the MOT record that would suggest extended periods off the road, and the mileage progression appears consistent with steady operational use rather than sporadic or irregular accumulation. For an electric van such as the Vivaro-e, this kind of mileage pattern is mechanically relevant because it indicates regular battery cycling and motor use without the excessive thermal or duty stress that very high-mileage commercial operation can impose. Brake systems on EVs tend to experience less wear than their diesel counterparts due to regenerative braking, so the typical wear items—discs, pads, and caliper slide mechanisms—may have seen comparatively light service. Given the absence of any flagged suspension, brake, or corrosion advisories, a prospective buyer should still carry out a focused physical and dynamic appraisal to verify that the unrecorded components are in satisfactory condition. On a test drive, pay particular attention to the feel of the steering and the response over uneven road surfaces, listening for any knocking from the front MacPherson struts or rear torsion beam bushes, as commercial vans often carry heavy loads which can accelerate wear in these areas even at modest mileages. Check the condition of the brake pedal for any excessive travel or sponginess, and feel for vibration or judder under steady braking that could indicate disc run-out. Inspect the rear lamp clusters and registration plate illumination directly, as LED failures on commercial vehicles can develop between tests, and verify that all position lamp segments illuminate correctly. Given that the Vivaro-e is a battery-electric vehicle, it is also worth confirming that the 12V auxiliary battery is in good condition, as a depleted auxiliary battery can trigger dashboard warning lights and prevent the vehicle from starting or shifting out of park. Listen during the test drive for any abnormal noises from the electric drive unit, particularly clonks or whines when transitioning between forward and reverse, which could indicate worn motor mounts or reduction gear issues. Underneath the vehicle, examine the high-voltage cable routing for any signs of chafing or damage from road debris, and check the charging port and cable for secure fitment. With the MOT history showing no significant mechanical concerns and mileage in line with expectations, this vehicle appears to be a sound proposition, provided the standard physical checks yield no surprises.