2024 Audi Q4 E-Tron Sport 45 Quattro Electricity · FN74 EYG

As this vehicle is a 2024 registration and the MOT test does not legally become compulsory until the vehicle reaches three years of age, the absence of any recorded MOT history on the DVSA database is entirely expected and does not reflect negatively upon its maintenance or roadworthiness. Without prior test data, advisories, or failure points to evaluate, no longitudinal maintenance trend can be established at this stage. Prospective buyers should simply note that the first statutory roadworthiness examination will be due in 2027, and until that point, the vehicle remains outside the scope of annual DVSA compliance testing. The overall condition must therefore be judged independently of any MOT certificate history. Regarding usage, the recorded mileage for this Audi Q4 e-tron Sport 45 Quattro is not available, which prevents any meaningful comparison against the vehicle's two-year age. For an electric SUV of this type, typical annual mileage tends to fall within the 8,000 to 12,000 mile range, though battery-powered vehicles are occasionally subjected to either notably low usage or sustained long-distance commuting. Regardless of the figure, the absence of mileage data means the buyer must verify the odometer reading directly from the vehicle, ensure it is consistent with the service book entries, and cross-reference any digital service records held by Audi or its authorised network. Confirming that the high-voltage battery State of Health documentation is available is also strongly advisable, as this component is central to the vehicle's residual value. Given that this is essentially a near-new electric vehicle without MOT history, the buyer's inspection priorities shift towards age-related degradation rather than wear-based defects. Tyres fitted at the factory may already have reached the end of their usable life if the vehicle has been driven extensively, but even on low-mileage examples, sidewall perishing and cracking from calendar age should be carefully examined, as two-year-old tyres stored in fluctuating conditions can deteriorate unexpectedly. The 12V auxiliary battery, which powers auxiliary systems and is separate from the traction battery, is a known wear item in modern vehicles and may present early signs of failure if the vehicle has been left standing for prolonged periods. Brake discs on electric vehicles are particularly susceptible to surface corrosion due to regenerative braking reducing the use of the mechanical friction brakes, so buyers should look for any signs of binding calipers, uneven pad wear, or excessive rust buildup on the disc faces that could lead to brake shudder under hard application. A thorough test drive should include a careful listen for any suspension clunks or knocking over uneven surfaces, as early coil spring or damper failures are not unheard of in vehicles of this age. Beyond the mechanical inspection, attention should be directed towards the vehicle's high-voltage system health, charging port condition, and onboard diagnostic readouts to confirm no fault codes are stored. Coolant systems for both the traction battery and electric drive units have time-based servicing schedules independent of mileage, so confirming that these flushes have been performed at the prescribed intervals is essential. The cabin air filter, brake fluid, and reduction gearbox oil should all be verified as recently renewed, particularly if the vehicle has been used predominantly for short urban journeys where moisture absorption in hydraulic fluids accelerates degradation. Finally, verifying the validity of the manufacturer's warranty, the completeness of the charging cable set, and the operational status of all driver assistance systems through a pre-purchase inspection at an Audi franchised dealer would provide the most comprehensive reassurance for what is a significant capital outlay on a premium electric vehicle.