2015 Audi Q3 2.0L Diesel · GC14 MOR

The defining mechanical event in this vehicle's recorded history is a fractured offside front coil spring, which triggered a Major defect failure on the same date the car was presented for testing in June 2026. The component-level failure sits as an isolated but significant entry against an otherwise unblemished background of clean passes in 2023, 2024, and 2025, where no defects or advisories were recorded at all. A fractured coil spring is categorised as a Major because it directly compromises wheel location, ride height, and tyre contact, and it can also allow the broken coil to contact the bodywork or other suspension components. While the rest of the record is clean, the sudden appearance of a structural suspension failure on an 11-year-old vehicle warrants attention to whether this was a one-off fatigue event or an indicator that neighbouring spring, damper, and top-mount components may be approaching the end of their service life. Against an age of approximately 11 years, the recorded 102,421 miles equates to a fairly typical annual accumulation of around 9,300 miles, suggesting consistent rather than intensive use. There are no obvious gaps in the testing timeline between 2023 and 2026, which indicates the vehicle has remained in active service throughout the recent record. At this mileage on a vehicle of this type, wear is expected across the usual consumables, with brake discs, pads, tyres, drive belts, and suspension bushes all being components that typically require replacement on a cyclical basis. The fact that the 2024 and 2025 tests recorded no advisories at all is notable for a vehicle of this age and mileage, but absence of recorded advisories does not necessarily confirm current condition, only that the tester did not flag items at the point of examination. For a prospective buyer, the priority inspection area is the front suspension. The fractured offside front coil spring should have been replaced, and it is essential to verify the part was renewed with a matched component and that the nearside spring was inspected for similar fatigue, as coil springs on the same axle frequently fail within a short mileage window of each other. On a test drive, listen for any clonking, knocking, or rattling from the front end over uneven surfaces, particularly over speed humps, pothole edges, and broken tarmac, as this may indicate worn top mounts, droplinks, or anti-roll bar bushes. Visually inspect the gap between the front tyres and wheel arches for uneven ride height, which would suggest an incomplete repair or a weakened spring on the opposite side. Pay particular attention to any uneven tyre wear across the front axle, as a fractured or weak spring alters camber and can scrub the inner or outer shoulder of the tyre rapidly. Beyond the spring failure, the remainder of the recorded test history is clean, so broader inspection focus should return to the high-mileage wear items typical of an 11-year-old vehicle. On the test drive, check for brake pedal judder or vibration under heavy braking, which on a vehicle at this mileage often points to worn or distorted front brake discs, and listen for any binding or grinding from the calipers that would indicate seized slider mechanisms. Inspect the underside of the vehicle and the inner arches for surface corrosion, particularly around suspension arms, subframe mounting points, and brake pipe unions, as corrosion in these areas is commonly flagged at this age. Also confirm the exhaust system is secure and free from blowing sounds, as mounting rubbers and heat shields frequently deteriorate on higher-mileage vehicles. Finally, ensure the recent coil spring repair is supported by an invoice or documented proof, as this will confirm the correct component was fitted and provide reassurance that neighbouring suspension items were also inspected at the same time.