2016 Audi Q7 3.0L Diesel · SC16 GPU

A pattern of recurring front suspension wear is the defining mechanical theme in this Q7's MOT history, with the most recent test on 20 January 2026 flagging both front lower rear arm bushes as worn on the nearside and offside, alongside light oil misting on the nearside rear shock absorber. The vehicle has passed every annual test since the 2022 clean pass, so the immediate roadworthiness position is acceptable, but the front end is clearly accumulating component fatigue that warrants close physical inspection. The two prior failures (wiper effectiveness and registration plate presentation in January 2023, and engine MIL illumination in January 2024) are not currently symptomatic on the record, although the engine management flag is the kind of defect that can return intermittently if the underlying sensor, vacuum leak, or emission issue was not fully rectified at the time. Across nine recorded tests, advisories have clustered around the front suspension, rear brake discs, and rear tyres worn on edge, painting a picture of a vehicle that is mechanically ageing in line with its mileage rather than deteriorating abruptly. The recorded mileage of 85,257 against a 2016 registration equates to roughly 8,500 miles per year, which is a moderate but not unusually low accumulation for a large SUV of this age. There are no obvious mileage gaps or sudden jumps between tests that would suggest prolonged standing or clock irregularity; the readings progress steadily through the records, indicating consistent use. This level of annual mileage is sufficient to keep mechanical components, seals, and brake surfaces working as intended, while still placing meaningful demand on suspension joints, driveline couplings, and fluid-conditioned parts. For a vehicle of this size and weight, the recorded usage is broadly commensurate with wear expectations, neither absolving it of component ageing nor suggesting accelerated fatigue. For a prospective buyer, the front suspension advisories deserve particular physical attention. The lower rear arm bushes on both sides should be checked with the vehicle lifted or by rocking each front wheel fore and aft to detect play that has progressed beyond the MOT pass threshold; any knocking from the front over uneven surfaces, wandering steering, or uneven front tyre wear would suggest the bushes have deteriorated further since January 2026. The nearside rear shock absorber oil misting should be examined for a damp lower body or piston rod and felt during a road test for inconsistent damping over repeated compressions, particularly when the vehicle is laden. The rear brake disc advisories from 2024 and 2025 indicate surface wear that is approaching the point at which replacement becomes likely, so a test drive should include firm pedal applications from speed to detect vibration through the pedal or steering, and a visual inspection of disc lipping and pad thickness is essential. The engine MIL failure of January 2024 warrants diagnostic scrutiny rather than dismissal, as the fault was present on that test and no subsequent record confirms a permanent fix; a buyer should request any rectification history and consider a pre-purchase diagnostic read to confirm no stored fault codes relating to the engine management, emissions, or misfire detection. The rear tyres flagged as edge-worn in 2024 may indicate an alignment or suspension geometry issue contributing to the bushing wear already noted, so checking current tracking and confirming the new tyres are wearing evenly is worthwhile. Test driving with several passengers or weight in the rear will help reveal any shock absorber fade that is not apparent when the vehicle is unladen. Beyond these specific items, a thorough underbody inspection for corrosion on the subframe, brake pipes, and suspension mounting points is appropriate given the vehicle's age and the components already showing wear.