2024 Audi Q4 E-Tron S Line 45 Electricity · RF24 FFM

As a 2024 registered Audi Q4 e-tron, this vehicle does not yet have an official DVSA MOT history on record, as it has not yet reached its third anniversary from registration, which will fall in 2027. Consequently, there are no official test outcomes, failures, or advisory notes to evaluate, meaning we cannot establish a historical maintenance trend from public testing data. While the lack of MOT history is entirely normal and expected for a vehicle of this age, it places a greater emphasis on verifying the manufacturer service history, digital service records, and any warranty work carried out by Audi main dealers to ensure the vehicle has been maintained in accordance with factory specifications. The recorded mileage is currently unknown, and there is insufficient data to calculate an annual average or identify usage patterns. For a modern electric vehicle like the Q4 e-tron, mileage accumulation has distinct mechanical implications compared to internal combustion engine cars. High mileage on an electric vehicle typically impacts battery state of health through repeated rapid charging cycles, suspension components due to the significant kerb weight of the battery pack, and cabin wear, whereas extremely low mileage can sometimes indicate prolonged periods of standing. A prospective buyer must request the current odometer reading and cross-reference it with the vehicle's digital logbook to determine if the usage has been light, average, or heavy for a two-year-old premium electric SUV. Given the absence of MOT data and the vehicle's youth, the physical inspection must focus on age-specific wear and electric vehicle-specific components. The buyer should closely inspect the tyres, looking for uneven tread wear which often indicates wheel misalignment, a common issue on heavy electric vehicles that can cause premature tyre degradation. Check the sidewalls for any signs of kerbing, cuts, or cracking. The braking system on electric vehicles is highly reliant on regenerative braking, meaning the physical brake discs and pads see less frequent use; this can lead to surface corrosion, pitting, or binding calipers. During a test drive, the buyer should listen for any grinding noises from the brakes and feel for shuddering through the pedal, while also paying attention to the suspension, listening for knocks or clunks from the bushes and coil springs which bear the brunt of the vehicle's heavy battery. Furthermore, the health of both the high-voltage traction battery and the standard twelve-volt auxiliary battery must be verified. A diagnostic health check of the traction battery should be requested to confirm its remaining capacity and charging efficiency, while the twelve-volt battery should be tested to prevent common electrical faults that plague modern vehicles when left standing. Inspect the charging port for physical damage, dirt, or signs of overheating, and ensure all charging cables are present and undamaged. Finally, verify that the cabin air filters have been replaced and that the brake fluid, which requires changing every two years regardless of mileage, has been serviced on schedule to maintain the vehicle's braking efficiency and preserve any remaining manufacturer warranty.