2022 Audi Q7 SLN BLK ED 55TFSI Mhev QT A 3.0L Petrol · FE72 TYO

The most recent official DVSA MOT test for this 2022 Audi Q7 was conducted on 1 September 2025, at which point the vehicle was recorded as a pass with no defects or advisories recorded against it. A clean pass with no advisory items is a positive indicator of the vehicle's roadworthiness at the time of testing, suggesting that no immediate mechanical concerns were identified by the examiner across the standard test categories, which include lighting, steering, suspension, braking, tyres, exhaust emissions, and structural integrity. While the available MOT history is limited to this single recorded test, the absence of any noted defects implies a stable maintenance profile; however, prospective buyers should remain mindful that MOT testing represents a minimum statutory threshold rather than a comprehensive mechanical inspection, and a clean test does not preclude the existence of developing wear items that have not yet crossed failure or advisory limits. The recorded mileage of 23,220 miles over approximately four years equates to an average annual usage of around 5,805 miles, which is notably below the typical mileage for a vehicle of this age and class. Such low annual mileage often indicates either predominantly short urban journeys, infrequent use, or extended periods of standing. From a mechanical standpoint, low mileage can be a mixed blessing; while it generally reduces wear on high-mileage components such as the clutch, drivetrain, and internal engine consumables, prolonged periods of inactivity can introduce their own set of concerns including corrosion on brake discs due to lack of regular use, potential moisture accumulation in engine oil and other lubricants, and degradation of flexible components. Additionally, short journeys typical of low-mileage vehicles can prevent the engine and exhaust system from reaching optimal operating temperature, potentially leading to elevated moisture levels in the crankcase and increased oil degradation over time. The absence of additional MOT records in the system before the 2025 test may also reflect either very recent first-time testing requirements or data availability, so mileage consistency between service records and the MOT odometer reading should be independently verified. Given the clean MOT record, buyer attention should focus on age and usage-related degradation rather than specific documented defects. The tyres warrant close physical inspection for sidewall cracking and perishing, as rubber compounds deteriorate with calendar age regardless of tread depth; a vehicle of this vintage standing for prolonged periods is particularly susceptible to ozone-related sidewall deterioration. The 12-volt battery should be tested for its state of charge and cranking performance, as batteries have a finite service life typically ranging from four to six years and irregular use can lead to deep discharge cycles that shorten operational life. Brake discs should be examined for surface corrosion, particularly on the inner and outer edges, and the calipers should be checked for any signs of binding or seizing, which can occur when a vehicle is stored without regular application of the brakes. The brake fluid should be assessed for its age and condition, as it is hygroscopic and absorbs moisture over time, with most manufacturers recommending replacement every two to three years regardless of mileage. Further inspection should encompass the time-sensitive service items that do not necessarily correlate with mileage. Engine oil and filter changes on this MHEV powertrain should be verified against the manufacturer's schedule, with particular attention to whether the vehicle has predominantly been used for short trips that may accelerate lubricant degradation. The coolant system, transmission fluid, and transfer case oil, given the Quattro all-wheel-drive configuration, should all be confirmed as recently serviced according to calendar-based intervals. The MHEV 48-volt mild hybrid system components, including the belt-driven starter-generator and associated electrical architecture, should be checked for any diagnostic trouble codes using a suitable OBD reader, as these systems can develop faults independently of traditional mechanical wear. A thorough test drive should pay attention to any uneven tyre wear patterns suggesting suspension misalignment, any brake shudder or pulsation indicating disc warping from corrosion, and any unusual vibrations or hesitation that could indicate stale fuel or degraded engine management components from prolonged standing. Verifying a complete main dealer or specialist service history with consistent entries will provide the strongest assurance that this low-mileage example has been properly maintained despite its limited use.