2026 Vauxhall Vivaro PRO M EV Electric · LS26 EOC

The DVSA database contains no MOT record for the 2026 Vauxhall Vivaro Pro M EV, so there is no recent test outcome to reference and consequently no observable maintenance trend – neither stable nor deteriorating – to comment upon. Without a documented MOT history the vehicle’s compliance with statutory safety and emissions standards cannot be verified, and any prospective buyer should treat the lack of data as a risk factor that warrants a full independent inspection before purchase. Mileage for this unit is not supplied, which prevents any meaningful comparison of kilometres travelled against its 2026 model year. In the absence of recorded mileage the buyer must assume the vehicle could be either low‑kilometre, possibly sitting unused for extended periods, or could have accumulated a high kilometre count that has simply not been logged. Prolonged inactivity can lead to tyre sidewall cracking, brake disc rust, and battery electrolyte stratification, whereas high usage would raise concerns about wear on the electric drivetrain, suspension bushings, and tyre tread depth. A visual inspection of the odometer, service book entries and any electronic mileage records should be requested to establish a realistic usage profile. For an electric van of this vintage the most critical components to assess are the high‑voltage battery pack, the on‑board charger, and the thermal management system. Verify that the battery health report shows capacity within the manufacturer’s acceptable range, and ask for recent DC resistance or state‑of‑charge retention data; any sudden loss of range, frequent rapid charging, or unexplained power drops may indicate cell imbalance or cooling system degradation. Inspect the charging port and cable for signs of corrosion or loose connections, and confirm that the vehicle’s software is up‑to‑date, as firmware revisions often address battery management and safety functions. Even without mileage data, a thorough physical examination remains essential. Check all four tyres for sidewall dry‑rot, cracking or uneven wear that could signal mis‑alignment or suspension issues; examine the suspension components, especially the front lower arms and rear trailing arms, for worn bushes or leaking dampers. Inspect the brake discs for surface rust or glazing, and test the pedal for a firm, consistent feel without pulsation. Finally, assess the 12 V auxiliary battery and all lighting and electronic systems for proper operation, as a neglected auxiliary battery can cause intermittent faults in an EV’s control electronics. A comprehensive test drive should include listening for any abnormal whine from the motor, vibration from the drivetrain, and monitoring the instrument cluster for warning messages before committing to purchase.