2012 Audi A4 2.0L Diesel · LL12 MME

The vehicle most recently passed its MOT on 9 February 2026 with no defects recorded. Looking back through the history to 2023, the maintenance trend appears exceptionally stable, as the vehicle has consistently passed without any recorded advisories or failures. This lack of documented defects suggests a high standard of preventative maintenance or a recent comprehensive overhaul of wear and tear components. With a recorded mileage of 161,151 miles over a fourteen year period, the vehicle has averaged approximately 11,511 miles per year. This is considered typical usage for a premium executive saloon of this era. While the mileage is consistent, the total distance travelled puts the vehicle in a bracket where high wear drivetrain and chassis components will be reaching the end of their natural service life, regardless of the clean MOT record. Given the clean MOT history, the buyer should focus on items that are not always captured during a standard roadworthiness test. At this mileage, it is imperative to verify the service history for the timing belt and water pump replacement, as failure here is catastrophic. Similarly, if the vehicle is equipped with an automatic or S-Tronic gearbox, evidence of regular fluid changes is essential to avoid costly transmission failure. The buyer should also inspect the engine mounts and suspension bushes for signs of cracking or sagging, which often manifest as excessive vibration at idle or a lack of precision during cornering. During a physical inspection, check the condition of the tyre sidewalls for age related perishing or cracking, and ensure the brake discs are free from heavy corrosion or lip formation. On the test drive, listen for any knocks or clunks from the suspension and check for any shuddering under braking. Finally, verify the health of the 12V battery and ensure that all calendar based fluids, including coolant and brake fluid, have been refreshed according to the manufacturer intervals to prevent internal corrosion and maintain hydraulic efficiency.