2024 Audi A3 Sport 40 Tfsi E S-A 1.4L Hybrid electric · RO24 WMK

As this 2024 Audi A3 Sport 40 TFSI e is under three years old and registered after the MOT exemption threshold took effect, there is no DVSA MOT test history available for evaluation. The vehicle has therefore not yet been subjected to the official roadworthiness examination required for cars of three years and older, meaning there is no recorded data from which to derive a maintenance trend, defect pattern, or advisory progression. The absence of any MOT history is entirely normal and expected for a car of this age and should not in itself be interpreted as a negative indicator; it simply reflects the current exemption policy rather than any lapse in testing or maintenance compliance. A prospective buyer must therefore rely entirely on the documentation supplied by the vendor, the vehicle's service book, and a thorough independent inspection to substantiate its mechanical condition prior to purchase. The recorded mileage for this vehicle is not provided in the available data, which prevents any meaningful comparison against the national average annual mileage of approximately 7,500 to 10,000 miles. Given that this is a relatively recent registration with no MOT mileage readings on file, it is particularly important to verify the current odometer reading against the original purchase documentation and any available service records to confirm consistency. For a 2024 model, even low annual mileage of only a few thousand miles can be entirely appropriate, and given the plug-in hybrid nature of the 40 TFSI e powertrain, it is worth clarifying with the vendor how the vehicle has predominantly been used, whether short urban electric-only journeys or longer mixed journeys, as this directly influences component stress and longevity. Given the absence of MOT data, the prospective purchaser should adopt a methodical physical inspection approach appropriate to a low-mileage or lightly used late-model vehicle. Particular attention should be paid to tyre sidewall condition, as tyres on vehicles used infrequently or stored for extended periods are prone to perishing and UV degradation from age rather than wear, even where tread depth remains legal. The 12-volt auxiliary battery should be health-checked, as short-trip urban use characteristic of plug-in hybrid driving can lead to chronic undercharging and premature failure of the conventional battery. Brake discs and calipers should be carefully examined for surface corrosion and any evidence of seized caliper slides, given that infrequent mechanical braking on electric-running vehicles allows corrosion to accumulate rapidly. Finally, all time-based fluid services including brake fluid, coolant, and the plug-in hybrid system coolant should be verified as having been conducted at the manufacturer-specified intervals regardless of low mileage, as brake fluid is hygroscopic and degrades on a calendar basis rather than purely through use. On a test drive, the buyer should listen carefully for any suspension clonks or knocks over uneven surfaces, which would indicate wear in the suspension bushes, top mounts, or coil springs, and should verify that the plug-in hybrid system engages smoothly between electric and combustion modes without warning lights or drivability issues. Any vibration through the steering wheel during braking should be investigated as it may indicate disc warp or pad deposit, while pulling to one side under braking would suggest a binding caliper. The infotainment and driver assistance systems should be confirmed as fully operational, and the vehicle should be scanned for any stored fault codes using a diagnostic tool capable of reading Audi systems, as this will reveal any intermittent issues not yet manifested as dashboard warnings. A pre-purchase inspection by an Audi specialist or independent engineer is strongly recommended given the complexity of the hybrid powertrain and the lack of MOT history against which to benchmark its mechanical state.