2010 Audi A6 LE Mans TDI 2.0L Heavy oil · BJ10 NPC

A persistent record of test failures occasionally punctuating otherwise clean inspection certificates defines the historical roadworthiness profile of this Audi A6. The vehicle accumulated a failure result on 9th December 2025 without officially documented defect reasons in the data provided, closely following a clean pass in June 2024 and an earlier failure in May 2024. Prior to these recent interruptions, the saloon maintained an unblemished testing sequence extending back through 2022, 2020, and 2019, though the consistent absence of recorded advisory items across multiple passes suggests testing stations may have recorded minimal detail beyond basic compliance checks. With an odometer reading of 150,723 miles accrued across its sixteen years on the road, the vehicle averages approximately 9,420 miles annually, representing a standard usage rate for a large diesel or petrol executive saloon of this era. The testing timeline reveals a notable operational gap between February 2020 and March 2022, a multi-year interval during which the vehicle may have experienced periods of inactivity or modified usage patterns. Mechanically, cumulative mileage at this level means critical drivetrain components, multi-link suspension assemblies, and heavy auxiliary units have undergone significant operational cycles, making high-wear items primary candidates for fatigue regardless of annual averages. Targeted inspection of the front suspension is paramount during a physical evaluation, referencing the historical 2019 advisory for worn anti-roll bar linkage pins and bushes on both sides. On a test drive, prospective buyers should listen intently for metallic clunks, knocks, or rattles when negotiating uneven road surfaces, speed humps, or potholes, as failing drop links or deteriorated control arm bushes will introduce play and compromise directional stability. Given the complex multi-link front and rear setup typical of this model, any wandering sensation through the steering or uneven tyre wear patterns will demand a thorough ramp inspection of the wishbones and subframe mounting points. Beyond the chassis, the braking system and powertrain require rigorous scrutiny to reconcile the alternating pass and fail outcomes noted in recent years. The test drive must incorporate hard braking applications on a safe stretch of road to check for pedal judder, pulling to one side, or binding calipers that could indicate neglected friction components. A thorough inspection of the engine bay and underbody is also necessary to verify that historical test failures were not driven by fluid leaks, exhaust integrity issues, or emissions discrepancies, ensuring that the car meets proper operational standards before purchase.