2019 Audi A6 2.0L Diesel · NC19 DHM

The latest MOT test conducted on 14 April 2026 resulted in a pass with no defects recorded. Reviewing the history since 2022, the vehicle demonstrates a highly stable maintenance trend. The absence of any failures or advisories over the last three consecutive tests suggests a consistent approach to vehicle upkeep and indicates that the car is being maintained to a high standard, with potential issues likely addressed prior to the annual inspection. The recorded mileage of 63,758 miles over approximately seven years equates to an average annual usage of roughly 9,108 miles. This is considered typical for an executive saloon of this vintage and suggests a balanced duty cycle. Mechanically, this mileage is moderate, meaning the drivetrain and chassis have not been subjected to excessive wear, nor has the vehicle suffered from the stagnation issues often associated with very low-mileage examples. While the recent records are clean, the 2022 MOT noted that all four tyres were worn close to the legal limit with specific mention of wear on the edges. Although these were likely replaced, the buyer should inspect the current tyres for similar uneven wear patterns. Edge wear can be a primary indicator of incorrect wheel alignment or deteriorating suspension bushes. During a test drive, the buyer should ensure the vehicle tracks straight and listen for any knocks or clunks from the front suspension when traversing uneven surfaces. Given the overall clean history, inspection should focus on age-related consumables and calendar-based maintenance. It is essential to verify the service book for regular oil and filter changes to ensure engine longevity. The buyer should check the brake discs for any significant surface corrosion and ensure there is no evidence of binding calipers. Additionally, the 12V battery health should be verified, and the tyre sidewalls should be inspected for any signs of perishing or fine cracking, which can occur as the rubber ages regardless of the remaining tread depth.