2017 Audi Q7 3.0L Electric diesel · FV67 AAO

A clean and entirely advisory-free MOT history defines the roadworthiness record of this 2017 Audi Q7, with the vehicle securing passes at each annual test from 2022 through 2025 and even the single failed entry from 26 August 2025 failing to record any specific defect categories before a successful re-test just three days later on 29 August 2025. The absence of any advisories relating to suspension components, brake pipes, corrosion, or structural areas over four consecutive tests points to a chassis and undercarriage that has not yet developed the kind of wear patterns or surface oxidation that frequently begin to surface on vehicles of this age and weight class. While the precise reason for the brief failure is not recorded in the data available, the immediate successful re-pass and the otherwise unblemished record suggest the issue was either rectified on the same day or was a minor administrative or tester-observed item rather than a substantive mechanical or structural concern. Taken as a whole, the trend across the testing record is one of stable, consistent roadworthiness with no evidence of progressive deterioration. With 66,742 miles accumulated over approximately nine years, this Q7 averages around 7,400 miles per annum, a figure broadly in line with typical UK usage for a large premium SUV of this vintage. The mileage progression between tests appears steady rather than erratic, with no recorded gaps that would suggest prolonged periods off the road or any sudden jumps that might indicate clock irregularities or odometer concerns. This kind of consistent, moderate annual usage is generally favourable for the longevity of major mechanical assemblies, allowing the engine, automatic transmission, quattro drivetrain, and air suspension system to operate regularly without suffering the particular degradation associated with either high-mileage wear or extended standing. The vehicle has therefore experienced sufficient regular running to keep seals, lubricants, and complex electronics in active service, without the heavy accumulation that accelerates wear on items such as the dual-clutch or torque converter, transfer box, and air struts. For a prospective buyer, the absence of any recorded advisories makes it all the more important to focus the physical inspection on areas that MOT testers typically only scrutinise at a snapshot in time, particularly the condition of the air suspension struts, compressor, and reservoir, which are known wear items on the Q7 and can begin to fail progressively between tests without triggering a specific advisory until deterioration becomes more pronounced. During a test drive, pay particular attention to any sagging at the rear when stationary, a delay in the vehicle levelling up after starting, or audible compressor cycling at frequent intervals, all of which indicate impending air spring or valve block replacement. Steering response should be checked for any vagueness, knocking through the wheel over uneven surfaces, or a clonking noise when turning on full lock, as front suspension control arms, anti-roll bar links, and track rod ends on this platform are prone to bush wear as the vehicle accumulates mileage. Given that no brake, exhaust, or tyre-related advisories have been recorded, the brake discs and pads should still be inspected physically for remaining material, and the underside examined for any fresh corrosion around the rear spring platforms, subframe mounting points, and brake pipe runs, areas that can deteriorate between MOTs even when not yet at failure threshold. Listen for any timing chain rattle from a cold start, particularly on the 3.0 TDI variant, and check for excessive blue haze from the exhaust under load which could indicate turbo or piston ring wear consistent with higher-mileage diesel use. Finally, verify that all electronic systems specific to this model are functioning correctly, including the MMI infotainment, electronic parking brake, and adaptive cruise control sensors, as rectification costs on these items can be considerable and are not recorded within the MOT data itself.