2016 Audi Q5 2.0L Diesel · WT16 AOB

The vehicle presents a roadworthy status, but the maintenance history reveals a pattern of reactive rather than proactive ownership. While the most recent test in July 2025 at 106,359 miles resulted in a pass after an initial failure for low headlamp aim, the previous year showed a significant trend of neglect. The July 2024 failure was particularly concerning, flagging multiple defects across braking, suspension, and lighting systems that suggest the owner only addressed faults when forced by the MOT tester. The mileage accumulation is consistent with a decade-year-old vehicle, averaging approximately 10,600 miles per year. Between July 2023 at 82,216 miles and July 2024 at 94,820 miles, the car covered over 12,000 miles. This steady usage rate explains the wear observed on consumables and components. However, the frequency of failures related to thin brake pads and worn CV boots indicates that mechanical components are often being pushed to their limits before being serviced during the annual inspection. A buyer must closely inspect the front suspension assembly, as the record shows recurring issues with control arm bushes and ball joints dating back to 2023. The 2024 failure for a severely deteriorated offside front CV boot is a critical point of interest, as grease loss often leads to joint failure if not replaced. Furthermore, the braking system has a documented history of thin pads and pitted discs; a physical inspection should verify the current state of the front rotors and ensure the rear braking system does not suffer from uneven wear or binding calipers. The 2024 failure for an inoperative engine management indicator light suggests a past electrical fault or a blown bulb that may have been cleared without investigating the underlying sensor data. A diagnostic scan is highly recommended to ensure no hidden fault codes remain in the engine control unit. While the 2025 pass indicates the immediate issues were resolved, the history of worn suspension and rubber components suggests the vehicle requires a thorough mechanical check to ensure long-term reliability.