2022 Audi Q3 S Line 35 Tfsi 1.5L Petrol · AV22 RWW

A pattern of light front suspension oil seepage, rather than any structural or braking concern, is the defining mechanical trait carried into the current DVSA record. The most recent test on 17 July 2026 returned a pass, but carried an advisory for light oil misting on both front shock absorbers, which is the only defect note across the entire four-test history. The earlier February 2025 retest followed a failure purely centred on a deeply cut offside rear tyre that had breached the ply, accompanied by a minor advisory for worn and pitted front brake discs that did not compromise the test outcome. Across three subsequent passes in 2025 and 2026, no further brake, tyre, or corrosion advisories have been recorded, indicating a broadly stable and currently compliant roadworthiness profile with the front dampers being the only developing concern to monitor. With a recorded 64,992 miles on a 2022 vehicle, this Q3 is accumulating approximately 16,248 miles annually, which is notably high for its age and suggests predominantly motorway or high-mileage commuter use rather than occasional town driving. The MOT cadence shows tests in February 2025, August 2025, and July 2026, with mileage rising steadily between each visit rather than showing any long stationary gaps or sudden jumps that might indicate clock irregularities. The combination of heavy annual mileage and consistent year-on-year testing gives a reliable usage fingerprint, and mechanically this profile means brake discs, pads, tyres, clutch or DSG internals, and suspension components will have absorbed far more thermal and dynamic cycles than a typical four-year-old Audi of this type. The previously flagged front brake disc pitting is entirely consistent with that usage, as repeated high-speed stops glaze and corrode the disc surface, particularly if the vehicle spends time standing between long journeys. For a prospective buyer, the front damper oil misting flagged at the latest test is the single most important component to physically inspect, as it represents the earliest visible stage of hydraulic seal failure on the MacPherson struts typical of the Q3 front axle. On a road test, listen for a hollow or clonking noise from the front corners over broken tarmac, particularly on transverse joins and speed humps, and pay attention to any continued body oscillation after a single sharp bump, which would suggest the gas-hydraulic damping reserve is reducing. Push down firmly on each front wing with the vehicle parked and count the number of bounces once released; more than one and a half rebounds points to weakened damping. Visually, request that the front strut bodies be wiped and re-checked in clean condition, as oil misting can be confused with general road grime and tends to worsen during cold weather, meaning a fresh inspection on a dry day is the most reliable way to gauge progression. The earlier brake disc advisory should also prompt a direct measurement of the front discs, as pitted surfaces will only deepen with continued high-mileage use and may eventually require replacement within the next service interval. On test drive, apply firm pressure from motorway speed and feel for any steering wheel vibration or brake pedal pulsation, both of which indicate the discs have worn beyond their skim tolerance and would need replacement rather than machining. Inspect the offside rear inner and outer sidewalls closely for any scarring or bulges, as a cut deep enough to reach the ply suggests the wheels have been kerbed or that the tyre was run under-inflated, conditions that can also affect the opposite side. Beyond the flagged items, the structure of the MOT record suggests no underlying corrosion or recurring mechanical theme, so a clean underbody inspection, a thorough check for fluid leaks around the front struts and the rear of the engine, and confirmation of recent brake disc condition should complete a focused and proportionate pre-purchase evaluation.