2013 Audi Q3 2.0L Diesel · JO53 AGU

The vehicle presents a highly stable roadworthiness profile with a clear trend of improving maintenance standards. The most recent test on 15 May 2026 at 72,496 miles resulted in a clean pass with no defects recorded. This follows a consistent five-year period of consecutive passes without advisories or failures, dating back to May 2021. The absence of any recorded issues since 2019 suggests the vehicle has transitioned from a period of reactive maintenance to a much more disciplined upkeep regime. The mileage accumulation is notably low for a 2013 model, averaging approximately 5,577 miles per year. The data shows steady, incremental usage, such as the 3,969-mile increase between the May 2024 and May 2025 tests. While low mileage often implies less mechanical wear on drivetrain components and suspension bushes, the long intervals between uses can sometimes lead to perished rubber components or seized calipers. However, the clean MOT results in recent years indicate that any such issues have been addressed. The historical record highlights specific areas of wear that occurred during the vehicle's earlier years. In November 2018 at 36,554 miles, the tester flagged thinning brake pads on both axles and pitted or scored rear brake discs, alongside low diesel emissions. A failure in November 2019 at 43,013 miles due to an inoperative engine MIL and worn rear tyres suggests a period where basic consumable maintenance was neglected. These issues appear to have been fully resolved, as no further tyre or braking defects have appeared in the subsequent seven years of testing. A prospective buyer should focus their physical inspection on the brake system and exhaust integrity to ensure the previous issues with discs and emissions remain resolved. Given the low annual mileage, checking the condition of rubber seals, suspension bushings, and tyre sidewalls for age-related cracking is advisable. While the digital record is excellent, verifying that the engine management system is functioning correctly and that there is no evidence of recent oil leaks or exhaust corrosion will complete a thorough assessment.