2017 Audi A5 3.0L Petrol · BP17 EUE

A recurring pattern of tyre integrity issues and consumable wear forms the core mechanical history of this 2017 Audi A5, punctuated by a dangerous failure early in its timeline followed by several years of cleaner passes. The most recent examination concluded on the first of September 2026 with a clean pass and zero recorded defects, continuing an improving trajectory of consecutive fault-free tests since early 2024. However, looking at the broader test log reveals persistent attention needed on high-friction items, specifically documented by front brake pad advisories noted in both January 2024 and January 2022, as well as a severe 2020 failure involving exposed ply on the nearside front inner tyre alongside heavily worn offside rubber. Accumulating a total of 75,361 miles over its nine-year lifespan yields an average of approximately 8,373 miles driven annually, placing this vehicle squarely in the normal usage bracket for its age class. This steady mileage accumulation indicates a consistent operational rhythm rather than prolonged storage or extreme commercial deployment, meaning the drivetrain and ancillary systems have experienced regular thermal cycles without abnormal idleness. There are no unexplained testing gaps or suspicious drops in recorded odometer figures, suggesting the mileage progression is genuine and predictable for a modern executive diesel or petrol tourer. Given the history of thinning friction material flagged in previous MOT tests, prospective buyers should immediately inspect the condition of the brake discs and pads during a physical viewing, listening closely for any scraping or squealing during application. On a dynamic test drive, depress the brake pedal firmly from varying speeds to check for brake judder or steering wheel vibration, which would indicate warped front discs. Furthermore, examine the inner shoulders of the front tyres carefully, as the 2020 test history highlights a tendency for inner-edge wear patterns that can easily be missed during a cursory visual check. Beyond the specific items noted in the official record, the suspension linkages, multi-link front architecture, and steering joints of this Audi platform demand careful scrutiny during a road test over rough tarmac. Listen for any dull knocks, clunks, or excessive float from the front axle when traversing potholes or speed humps, as these chassis components absorb significant loads under normal driving conditions. Verifying that the tracking and wheel alignment are true will ensure that fresh rubber does not suffer from premature inner-edge scrubbing similar to the defects captured in the car's past failure record.