AUDI A62015 · 2.0L Diesel

The 2015 Audi A6 demonstrates a stable maintenance trend, with the most recent MOT on 2025-09-03 at 201,973 miles recording a pass and no defects. Previous tests from 2024-06-25 (185,558 miles) and 2024-01-05 (181,995 miles) also passed without issues, indicating consistent compliance. However, a failure on 2023-12-28 at 181,962 miles—despite no defects listed—suggests a potential procedural or technical anomaly that may have been resolved prior to subsequent passes. The absence of recurring mechanical or structural faults in the record implies the vehicle has been maintained to meet legal standards, though the high mileage of 201,973 miles (18,361 annually) raises concerns about accelerated wear on components like suspension bushes, coil springs, and brake discs. The vehicle’s mileage accumulation shows a sharp increase from 181,995 miles in January 2024 to 201,973 miles in September 2025—a rise of 19,978 miles over 1 year and 8 months. This exceeds the average annual mileage for its age, indicating heavy usage that could strain consumables and mechanical systems. While the MOT history lacks gaps, the rapid mileage growth suggests the previous owner prioritized utility over preservation, potentially leading to unrecorded wear. The lack of advisories or defects in recent tests does not preclude underlying issues, as MOTs focus on legal compliance rather than comprehensive condition. A buyer should prioritize an in-person inspection of the suspension system for worn bushes or coil springs, which may not trigger MOT failures. Brake components, including discs and calipers, should be checked for uneven wear or binding, as high mileage often exacerbates these issues. Structural corrosion, particularly in the underbody or sills, warrants scrutiny, as it may not appear in MOT records. Additionally, the 2023 failure—though unexplained—merits investigation to confirm whether it reflected a temporary technical issue or a deeper systemic problem. The vehicle’s history suggests functional reliability but underscores the need for a thorough mechanical assessment to identify hidden wear.