AUDI Q52015 · 2.0L Diesel

The 2015 Audi Q5 presents as roadworthy following its most recent MOT pass on 22 November 2025 at 103,341 miles, with no defects recorded. The maintenance trend across the available history is stable, showing a clean sequence of passes from 2022 through 2025 aside from a same-day fail on 22 November 2025 that listed no defects, indicating an administrative or procedural rejection rather than a mechanical fault. No advisories or recurring defects appear in any test, suggesting consistent upkeep over the period examined. Mileage accumulation sits at a typical level for an eleven-year-old vehicle, averaging roughly 9,395 miles per year against the recorded 103,341 miles. The record shows 83,288 miles at the 18 November 2022 test, rising to 88,788 by 22 November 2023, 95,215 by 19 November 2024, and 103,341 by 22 November 2025. Annual increments of around 5,000 to 8,000 miles reflect light-to-moderate use with no rapid accumulation or standing gaps. The sparse, clean history offers little evidence of neglected consumables or deferred mechanical work. A buyer should still commission an independent physical inspection despite the absence of flagged faults. The tester recorded no suspension bushes, coil springs, brake discs, or structural corrosion issues across the five-year span, yet MOT tests capture only visible and tested conditions on the day. Given the Q5's age, examine underbody structural integrity for hidden rust, check suspension arm bushes for age-related perishing, and verify brake caliper operation and disc wear that a pass with no defects would not detail. The same-day fail and pass on 22 November 2025 with zero defects implies a documentation error at the testing station rather than owner neglect. Prior keepers maintained the vehicle to a standard that cleared every annual test without advisory notes, a pattern consistent with routine servicing. Confirm service records against the mileage points above before purchase to validate that oil, timing components, and drivetrain intervals were observed.