2025 Audi Q5 S Line Tfsi Mhev Quattro SA Petrol · AD65 MAL

A 2025 Audi Q5 S Line TFSI MHEV Quattro with no recorded DVSA MOT tests in the system represents a vehicle for which no statutory roadworthiness evidence yet exists within the official testing database. Because the car is still in its first registration year, this absence is not unusual and simply reflects the fact that the first MOT test is not due until the vehicle reaches three years of age. Any prospective buyer evaluating this Audi is therefore looking at a near-factory-fresh car from a roadworthiness testing standpoint, with no historical advisories, failures, or component wear patterns documented against the registration. Until a test is carried out, the mechanical story is entirely prospective rather than retrospective, and any claims about condition must rest on physical inspection rather than historical DVSA data. The mileage history section is similarly uninformative, as no recorded mileages or annual accumulation rates are available against this registration in the supplied data. Without comparable prior readings, it is not possible to determine whether the vehicle has been used predominantly for short urban journeys, longer motorway commutes, or a mix of both, and whether the odometer reflects typical or atypical usage for a car of this age. For a 2025 model being considered in late 2026, the mechanical implication of unknown mileage is simply that the buyer cannot yet benchmark wear against recorded history, meaning brake discs, pads, tyres, and suspension components should be assessed entirely on their current physical state rather than against mileage-derived expectations. From a buyer guidance perspective, the absence of MOT history means attention should focus on the areas most likely to attract advisory notes on a first test of a premium SUV of this type, even though none have been formally recorded. Suspension components, particularly the front control arm bushes, wishbones, anti-roll bar links, and coil springs, are common advisory areas on Quattro-equipped vehicles subjected to UK road conditions, so the test drive should include firm press-and-release inputs over uneven surfaces and speed humps, with the cabin listened for clonks, knocks, or any looseness through the steering. Brake feel should be assessed for a firm, progressive pedal without excessive travel or judder under steady stopping, as warped discs can develop quickly if the car has seen frequent low-speed urban use with heavy braking. The MHEV mild-hybrid 48V system and quattro drivetrain also warrant specific checks despite no test history. On the test drive, the transmission should feel smooth through the automatic changes with no hesitation, flare, or shunt, particularly under part-throttle transitions where the MHEV system integrates torque fill. Steering should remain consistent and free of vibration or pulling to either side, and the quattro system should not produce any binding, droning, or uneven torque delivery through tight low-speed turns. A pre-purchase inspection from a specialist familiar with the MHEV architecture would be prudent to verify the health of the 48V battery, belt-driven starter-generator, and associated control modules, as these components are not assessed at MOT and any faults would only become evident through diagnostic scanning rather than the standard roadworthiness test.