2010 Audi A6 2.0L Diesel · LD10 UMB

The vehicle shows a stable but reactive maintenance pattern, with the most recent MOT on 24 January 2024 at 250,938 miles passing despite minor electrical and glass issues. While the car has avoided major structural failures recently, the history reveals a recurring tendency to address faults only at the point of testing. The presence of a damaged windscreen and a non-functioning side repeater in the 2024 test suggests that minor consumable upkeep remains inconsistent. The mileage profile indicates heavy, consistent usage, averaging approximately 15,684 miles per year over its sixteen-year lifespan. The data shows steady accumulation, with a notable jump of 21,143 miles between the January 2022 and January 2023 tests, and another 21,137 miles between January 2023 and January 2024. This high-mileage operation places significant stress on the drivetrain and suspension components, which is reflected in the mechanical wear noted throughout the record. A prospective buyer should focus heavily on the suspension and steering assemblies. The 2022 test at 212,774 miles flagged a deteriorated track control arm ball joint dust cover and a worn shock absorber bush, following a 2020 failure involving a fractured coil spring and a worn anti-roll bar linkage. Given the high mileage, these components likely require frequent inspection for play, leaks, or bushing degradation. The history of tyre tread depth failures in 2016, 2018, and 2020 suggests that the previous owners occasionally neglected basic tyre maintenance, so a thorough check of current tread depth and sidewall integrity is necessary. Electrical components such as registration plate lamps and indicators have appeared intermittently across multiple years, including 2018, 2023, and 2024. While these are minor issues, they reinforce the pattern of reactive rather than preventative maintenance. Any inspection should include a full check of all exterior lighting and the condition of the windscreen to ensure no further stone chips have compromised the glass.