2014 Audi A6 2.0L Diesel · SM64 KKP

The 2014 AUDI A6 was assessed as roadworthy, but the MOT history indicates a pattern of deterioration rather than stability. The most recent test on 2025-06-27 was passed at 92,700 miles, yet the vehicle failed again on 2025-06-26 at 92,697 miles, demonstrating a clear worsening trend. This failure occurred before the vehicle was even 12 years old, suggesting that basic maintenance and upkeep were skipped during the ownership period. The gap between the 2025 and 2024 tests is roughly 1,000 miles, which aligns with the vehicle's age and typical consumption rates, indicating that the wear on consumables and suspension components has been consistent over time. The 12-year-old age of the car presents a significant risk for structural integrity and brake systems. The mileage accumulation rate of approximately 7,725 miles per year is consistent with a vehicle of this age, but the lack of a passing test in the early 2020s suggests that the engine and drivetrain components may have suffered from corrosion or excessive wear. The failure at 92,697 miles on the 2025 test date implies that the engine's cooling system or exhaust emissions are likely compromised, which would necessitate immediate professional diagnosis before the vehicle is sold. A buyer must inspect the car in person to verify the condition of the suspension, brakes, and exhaust emissions, as the MOT record alone cannot confirm the absence of structural issues. Since the vehicle failed twice in the last three years, the most recent test was passed at 92,700 miles, but the history shows a consistent decline in test dates and mileage. The buyer should test the suspension for bushing wear and inspect the brakes for binding calipers or seized discs, as the lack of a passing test at 92,697 miles suggests these components are in poor condition. The vehicle is not roadworthy due to the recurring faults and the high mileage accumulation rate, which raises serious concerns about the engine's health and the likelihood of future mechanical failures.