2016 Audi A3 2.0L Diesel · KV66 CVS

The vehicle presents a stable and improving maintenance trend, culminating in a clean pass on 5 June 2026 at 108,106 miles with zero defects recorded. That result is significant because it follows a failure just eight days earlier on 28 May 2026 at 108,094 miles, where the tester flagged a binding nearside rear service brake and multiple tyres worn to or near the 1.6mm legal limit. The fact that these items were rectified within a week suggests the immediate mechanical faults were addressed promptly. However, the underlying pattern across the full history reveals a recurring theme of corrosion-related advisories and component wear that a buyer should not overlook. The mileage accumulation of roughly 10,800 miles per year is entirely typical for a 2016 vehicle and indicates consistent use rather than prolonged standing, which reduces the risk of deterioration from inactivity. The record shows a notable gap between the August 2024 test at 81,099 miles and the August 2025 test at 99,388 miles, representing approximately 18,289 miles covered in a single year. That is a higher-than-average annual rate for this vehicle, and it coincides with the reappearance of corrosion-related advisories on rear suspension components. The jump from 99,388 miles in August 2025 to 108,106 miles by June 2026 adds another 8,718 miles in under ten months, confirming sustained high use. No significant gaps or suspicious mileage reversals appear in the data, so the service history reads as genuine and consistent. The most persistent area of concern is rear suspension corrosion. In August 2025 at 99,388 miles, both rear coil springs were flagged for corrosion on the bottom coil, and both rear lower suspension arms showed corrosion on the lower spring platform, though neither was deemed seriously weakened at that time. A similar advisory for corrosion on a suspension component appeared in August 2024 at 81,099 miles. This recurring pattern suggests the vehicle has been exposed to conditions that promote underbody corrosion, likely road salt or prolonged moisture exposure. A buyer should physically inspect the rear suspension mounting points, subframe, and inner wheel arches for any progression of rust beyond surface level, particularly around the lower spring platforms where stress concentrations are highest. The May 2026 failure also drew attention to the braking system, with the nearside rear caliper flagged as excessively binding. While this was resolved before the June retest, a binding caliper can cause uneven brake disc wear, overheating, and premature pad degradation. A buyer should test the handbrake function on an incline, check for uneven rear brake pad wear, and feel for any dragging sensation during a low-speed roll. The tyre wear pattern noted in the same failure, with the offside front worn on the edge, hints at possible tracking or alignment issues that may have been corrected but should be verified with a four-wheel alignment check. Overall, the vehicle is currently roadworthy, but the corrosion history and recent brake fault warrant a thorough underbody and suspension inspection before purchase.