2023 Skoda Enyaq IV 80 Sportline Electric · FD72 EUX

The most recent DVSA MOT test for this 2023 Skoda Enyaq iV 80 Sportline was conducted on 30 January 2026, at which point the vehicle passed with no defects, advisories, or failure items recorded. Given that this is a relatively new electric SUV with only one recorded MOT event in its history, there is limited longitudinal data from which to establish a definitive maintenance trend, but the clean pass at approximately 32,000 miles is a positive indicator of its overall condition. For an EV of this age and mileage, the absence of advisories relating to tyres, brakes, or lighting is encouraging, as these are the most common items flagged on modern vehicles. Prospective buyers should, however, recognise that the single clean test only confirms the vehicle was roadworthy at a specific moment and does not guarantee continued compliance. With 32,969 miles recorded over an approximate three-year period, the vehicle has averaged around 10,990 miles annually, which is broadly typical for a privately used family EV. There are no significant gaps in the recorded mileage to suggest prolonged periods of standing, nor any unusually rapid accumulation that would indicate heavy commercial or high-mileage use. This middle-of-the-road usage profile is generally favourable from a mechanical longevity standpoint, as the high-voltage battery, electric drive unit, and ancillary systems will have experienced regular thermal cycling and consistent operation rather than either severe long-term static degradation or excessive wear. The mileage is well within the range expected to preserve the integrity of the lithium-ion traction battery, though a state-of-health diagnostic would be prudent to confirm individual cell balance and capacity retention. Despite the clean MOT record, buyers should conduct a series of age-and-mileage-appropriate physical inspections before purchase. The tyres warrant particular attention, as EVs such as the Enyaq carry considerable unsprung weight from the battery pack, accelerating shoulder wear; inspect all four tyres for uneven tread wear across the axle, check the sidewalls for cracking or perishing consistent with the vehicle's age, and verify that the load and speed ratings remain appropriate. Examine the brake discs and calipers for signs of corrosion or binding, as regenerative braking means the friction brakes may be used infrequently, leading to disc pitting or seized caliper pistons that can manifest as pulling under braking or grinding noises after extended periods of disuse. Additionally, inspect the underside and wheel arches for any accumulation of road grime that might mask developing corrosion, particularly around suspension components and the multi-link rear axle. Further buyer guidance should include a verification of the 12-volt auxiliary battery health, as low-voltage battery failure is a common cause of non-start conditions in modern EVs and can trigger cascading electrical faults. Confirm that the charging cable, mode 3 cable, and any manufacturer-supplied accessories are present, and check the charging port for damage or moisture ingress. Although EVs do not require traditional engine oil changes, the gearbox fluid, brake fluid, and coolant systems still have prescribed service intervals based on time rather than mileage, so review the digital service history or physical service book for evidence of these calendar-based interventions having been carried out. Finally, request a full dealership or specialist diagnostic scan to confirm the absence of stored fault codes within the battery management system, high-voltage architecture, and driver assistance modules, as these will not be revealed during a standard MOT inspection.