2016 Audi Q3 SE TDI 2.0L Heavy oil · PF66 YYO

An exceptionally unblemished regulatory record defines this vehicle's history, marked by five consecutive clean passes following an administrative failure in May 2022. This stable trajectory of roadworthiness continued when the Audi Q3 successfully cleared its latest MOT inspection on 10 January 2026 without a single advisory notice issued during the test. Such a sequence indicates that the primary safety-related systems have met statutory standards consistently over the monitored period, though an MOT test is strictly a minimum legal standard and does not substitute for a comprehensive mechanical inspection. Accumulating 117,179 miles across its ten years on the road places this Q3 at an average of roughly 11,700 miles annually, aligning closely with typical UK driving patterns for a diesel SUV of this age. The testing frequency reflects steady, consistent use rather than erratic mileage spikes or prolonged periods of stationary storage. Mechanically, this regular utilization means the diesel powertrain and auxiliary systems have avoided the stagnation issues common in underused vehicles, but high-mileage running accelerates natural wear across drivetrain mounts, suspension joints, and steering components. Given the absence of specific defect advisories in the national database, your physical inspection must focus on the components subject to high wear on a heavier diesel chassis of this mileage. During a static walkaround, listen for any abnormal hiss or rattle from the turbocharger and check the engine bay for oil misting or weeping around the inlet manifold and EGR valve. Inspect the alloy wheels and tyre tread depth evenly across all four corners, verifying that the wear pattern is straight and flat rather than scalloped, which would suggest neglected wheel alignment or failing suspension geometry. On the test drive, pay close attention to the multi-link suspension and subframe components by driving over undulating road surfaces and sharp speed humps to detect any clunks, knocks, or hollow thuds from the front and rear axles. Test the clutch pedal action and dual-mass flywheel responsiveness by accelerating firmly from low revs in a high gear to check for vibration or slip. Finally, apply the brakes firmly from various speeds to ensure the pedal remains progressive without judder, and verify that the steering tracks true without pulling to either side.