2013 Audi Q3 2.0L Diesel · LG63 UEH

Recurring patterns of tyre wear and suspension component degradation define the mechanical history of this Audi Q3, which successfully cleared its most recent MOT on 25 March 2026 without any recorded defects. While the vehicle has maintained a consistent pass rate since a significant failure in May 2021 regarding dangerously thin rear brake pads and worn discs, the intervening years have seen a persistent trend of advisories concerning tyre condition and suspension integrity. The absence of defects in the latest test suggests that previous component replacements have addressed immediate compliance issues, though the historical frequency of these specific faults indicates that these areas remain the primary points of mechanical attrition for this chassis. Accumulating 134,340 miles over thirteen years results in an average annual usage of approximately 10,334 miles, a figure that aligns with standard expectations for a vehicle of this age. The testing record is continuous, with no significant gaps that would suggest extended periods of inactivity or prolonged storage. Mechanically, this steady rate of use implies that the drivetrain and suspension components have been subjected to consistent operational stress rather than the accelerated wear often associated with high-mileage fleet use or the rubber degradation sometimes found in vehicles left stationary for long durations. Prospective buyers should conduct a focused inspection of the front suspension, specifically the nearside anti-roll bar linkage, which was flagged for slight play in 2025. During a test drive, listen closely for any metallic knocking or rattling sounds when traversing uneven road surfaces or speed bumps, as these are primary indicators of worn linkage joints or bush degradation. Given the history of uneven tyre wear on the front axle, verify that the steering remains neutral on a flat road and check for any vibration through the steering wheel at motorway speeds, which could point to lingering alignment issues or unevenly worn tyres that may not have been fully corrected by simple replacement. The rear suspension has also been noted for age-related surface corrosion, necessitating a visual check of the subframe and mounting points for signs of structural flaking or deep oxidation. While surface corrosion is common on vehicles of this age, ensure it has not compromised the integrity of the brake lines or mounting brackets. Furthermore, because the vehicle has a documented history of rear brake component failure, confirm the current condition of the discs and pads by checking for any grinding noises or uneven deceleration during heavy braking. Any hesitation or lack of responsiveness in the pedal feel should be treated as a potential indicator that the rear braking system requires further mechanical attention.