2023 Audi Q3 S LNE BLK ED 40 TDI Quat SA 2.0L Diesel · OW73 FAU

Consistent roadworthiness defines this vehicle, which has maintained a clean record through its initial statutory testing, culminating in a pass on 17 August 2026 with no defects recorded. As a relatively young vehicle, the absence of any flagged items during its first mandatory inspection suggests that the primary structural and safety-critical systems, including the braking, steering, and lighting circuits, have functioned within the required parameters since the vehicle was first registered. The accumulated mileage of 35,554 miles over a three-year period represents a steady usage rate of approximately 11,851 miles per annum. This consistent pattern of use avoids the mechanical risks associated with prolonged periods of inactivity, such as seized brake components or degraded seals, while also remaining well within the expected wear tolerances for a modern diesel drivetrain. Because the vehicle has been in regular operation, the mechanical systems have been subjected to standard thermal cycling and load, which is generally preferable to long-term storage for the longevity of the turbocharger and exhaust after-treatment systems. Prospective buyers should focus their inspection on the high-torque components inherent to the Quattro drivetrain and the 40 TDI engine configuration. During the test drive, listen for any rhythmic clicking or binding sensations during tight, low-speed maneuvers, which could indicate early wear in the constant velocity joints or the differential coupling. Furthermore, given the weight of the Q3 platform, pay close attention to the steering response; any vagueness or knocking sounds when traversing uneven road surfaces may point to premature fatigue in the front suspension bushes or drop links, which are common wear items on vehicles of this class and weight. While the MOT record is currently clear, the braking system warrants a physical inspection of the discs and pads. Even without a recorded failure, the high-torque nature of this engine often leads to accelerated friction material wear. Check for any pulsing sensations through the brake pedal during firm deceleration, as this can indicate warped discs or uneven pad deposition. Additionally, verify that the electronic parking brake engages and disengages smoothly without hesitation, as the actuator motors and associated electronic modules are critical components that should be verified for silent, consistent operation before purchase.