2025 Audi Q3 Edition 1 E-Hybrid S-A 1.5L Hybrid electric · P2 JDH

At the time of this assessment dated September 2026, no DVSA MOT test history is available for this 2025 Audi Q3 Edition 1 E-Hybrid. As the vehicle is a 2025 model year, it would only just be approaching its first compulsory MOT test, which is required once a passenger vehicle reaches three years of age in the United Kingdom. Consequently, there is no recorded pass or failure outcome, no advisories, and no defect history to evaluate for trends. Without prior test data, any assessment of whether the maintenance profile is stable, worsening, or improving is not possible from the MOT record alone, and reliance must instead be placed on the manufacturer's service schedule and the physical condition of the vehicle at the point of sale. Regarding recorded mileage, no odometer readings have been supplied and there is insufficient data to compare the vehicle's usage against its age. As a nearly new E-Hybrid model, annual mileage could range widely from very low delivery-style running of perhaps three to five thousand miles to a more typical twelve to fifteen thousand miles per year. For a plug-in hybrid, low mileage use can sometimes be more problematic than moderate use, as prolonged standing periods can affect the high-voltage battery conditioning cycles, the 12V auxiliary battery, brake calipers through corrosion from lack of use, and tyre integrity from stationary pressure loading. Conversely, very high mileage on a hybrid powertrain, while the combustion and electric systems are generally robust, would warrant closer scrutiny of the dual-clutch or automatic transmission, regenerative braking components, and high-voltage battery health diagnostics. Given the absence of MOT records and the vehicle's near-new status, a prospective buyer should focus on age and standing-related deterioration even at this early stage. Tyres fitted at the factory may already be showing sidewall perishing or cracking if the vehicle has been stored outdoors for prolonged periods, and the tread depth should be measured across the full width rather than just the central grooves. Brake discs and calipers may exhibit surface corrosion from standing, which usually clears with use but can indicate binding calipers if the vehicle pulls under light braking. All fluid systems, including brake fluid, coolant, and the E-Hybrid specific systems, are subject to calendar-based degradation rather than purely mileage-based intervals, so verify that the manufacturer service schedule has been followed and request evidence of recent brake fluid changes, typically required every two years regardless of mileage. The 12V battery should be load-tested, as modern vehicles with extensive electronic systems place continuous parasitic loads on it. On a test drive, particular attention should be paid to the hybrid system's seamless transition between electric and combustion propulsion, listening for any unusual clunks from the suspension over uneven surfaces which could indicate premature component failure or transit damage, and checking the operation of all driver assistance and infotainment systems which are complex and costly to rectify if faulty. Inspect for any fluid leaks beneath the vehicle, paying close attention to the front of the engine bay where hybrid componentry and cooling lines are routed. Confirm that the high-voltage charging cable and port are in good condition, that the vehicle charges as specified, and that the range estimate on a full charge is consistent with the manufacturer's claims. Finally, ensure that all manufacturer literature, service history stamps, and warranty documentation are present and up to date, as any gaps could compromise the remaining factory cover on this premium hybrid model.