2026 Audi Q5 S Line E-Hybrid Quattro S-A Hybrid electric (clean) · GD26 NRO

With no MOT test results recorded on the DVSA database, the roadworthiness profile of this 2026 Audi Q5 S Line E-Hybrid Quattro S tronic is effectively unestablished. The vehicle is registered as a 2026 model, which under current testing regulations means it would not require its first MOT until three years after first registration. As such, the absence of test data is entirely consistent with the car's age and is not in itself a concern. However, it does mean that no independent verification of brake condition, suspension integrity, exhaust emissions, tyre wear, structural corrosion, lighting function, or any of the other items assessed under the MOT framework has been recorded. A prospective buyer is therefore relying solely on the manufacturer's warranty provision, the selling dealer's pre-sale inspection, and the vehicle's age to gauge mechanical condition at this stage. Recorded mileage has not been supplied, and with the vehicle being less than a year old there is no meaningful historical mileage data against which to compare annual accumulation. Without successive test readings, it is impossible to confirm whether the car has been used predominantly for short urban journeys, long motorway commutes, or a mix of both. For a plug-in hybrid of this specification, that distinction matters mechanically, because predominantly short-trip use without regular charging can leave the petrol component underworked while the high-voltage battery sits at high states of charge, and predominantly long-distance running can place heavy sustained load on the petrol engine, transmission, and brake components. The lack of mileage history should be addressed directly with the seller, including verification against the in-car trip computer and any Audi service records. Given that no advisory items or failure points have been recorded, there are no specific components from the MOT history to guide a targeted test-drive inspection. A pre-purchase walk-around should nonetheless focus on the areas that most commonly affect a Q5 of this generation and derivative, beginning with the alloy wheels and tyres for kerb damage, uneven shoulder wear, or any sign of sidewall bulging. The brake discs, particularly the fronts, should be inspected for lipping and corrosion around the outer edges, and a firm pedal feel with no judder or pulling under braking should be confirmed on the road. Suspension bushes, control arms, and anti-roll bar drop links are worth monitoring for any clonks or knocks over uneven surfaces, while the electric tailgate, Matrix LED headlamp elements, and driver assistance sensors should be checked for fault messages on the MMI display. Finally, as this is a plug-in hybrid, particular attention should be paid to the charging cable and port condition, the 12-volt auxiliary battery health, and any warning lights relating to the hybrid system, regenerative braking, or tyre pressure monitoring. A scan of all stored fault codes using a VCDS or equivalent diagnostic tool capable of reading Audi's control modules would be advisable, as hybrid-specific faults do not always trigger a dashboard warning. The powertrain itself should be tested both in electric-only mode and with the combustion engine engaged, listening for any irregular engine note, hesitation, or transmission shunt through the S tronic unit. Until the first MOT is completed, the mechanical envelope of the car remains unverified by independent testing, and that fact alone should shape any pre-purchase negotiation.