2022 Volkswagen E-UP Electric · DF71 TGZ

A remarkably straightforward DVSA record accompanies this Volkswagen e-Up, with only two MOT tests logged and both returning clean passes with no advisories or failures recorded. The most recent test on 16 May 2026 documented a pass with no defects, and the earlier examination on 2 April 2025 was equally clean. As an electric vehicle first registered in 2022, it only became MOT eligible from 2025 onwards, which accounts for the brevity of the testing history rather than any absence from the road. With no advisories whatsoever across the recorded tests, there is no component flagged by the DVSA examiner as requiring attention or monitoring, leaving the official roadworthiness snapshot entirely unblemished at this stage. Given that MOT testing for this vehicle has only just begun, the sample size is small, and the absence of advisories so far simply means nothing of concern has been formally identified rather than confirming any broader mechanical condition. Against an age of approximately four years, the recorded mileage of 9,863 miles equates to an average annual accumulation of around 2,466 miles, which is notably low for any passenger vehicle and particularly so for an urban-focused electric car like the e-Up. Such restrained usage can reflect a secondary car, predominantly short-trip motoring, or extended periods of inactivity. Mechanically, low-mileage electric vehicles do not suffer the engine, clutch or exhaust wear that would affect a combustion equivalent, but they are susceptible to issues stemming from prolonged standing rather than active use. Brake discs and pads can corrode or seize from lack of regular application, particularly given the regenerative braking system which reduces friction brake use, and the 12V auxiliary battery, tyre sidewalls, and suspension components can all deteriorate from inactivity rather than wear. The two MOT tests fall within twelve months of each other, suggesting the vehicle has been used consistently enough to avoid long-term storage, though the modest mileage between tests indicates journeys have remained short. For a prospective buyer, the absence of recorded advisories means there are no specific DVSA-flagged components to prioritise, but the low-mileage usage profile warrants particular attention to items that suffer from standing rather than wear. During a physical inspection, the brake calipers should be checked for free movement and the discs examined for surface corrosion, as seized calipers and grooved discs are common on EVs that have seen limited use of their friction braking system. The tyres should be inspected for sidewall cracking or uneven age-related deterioration despite likely having significant tread remaining, and the 12V auxiliary battery verified for healthy state of charge given its susceptibility to depletion during periods of low activity. On a test drive, listen for any binding or dragging sensation from the brakes during light applications, and pay attention to any knocking from the suspension over uneven surfaces, as dormant bushes and dampers can reveal themselves through noisy operation once disturbed. Beyond those standing-related checks, the e-Up's high-voltage battery health is the single most critical consideration for any buyer of an electric vehicle, yet this falls entirely outside the scope of MOT testing and cannot be assessed from the DVSA record alone. An independent battery state-of-health diagnostic should be obtained before purchase, as the official MOT history confirms only that the vehicle met minimum roadworthiness standards at test and provides no insight into the condition or degradation of the traction battery, which represents the most valuable component on the vehicle. With the MOT record itself showing nothing of concern and the usage pattern consistent with a lightly used urban EV, the mechanical evaluation from an MOT perspective is unremarkable, leaving the broader purchase decision to hinge on factors the testing scheme does not cover.