2009 Audi A5 2.0L Petrol · RV09 NHL

A consistent pattern of successful testing defines this Audi A5, punctuated by historical consumable wear rather than deep-seated structural defects. The vehicle most recently passed an MOT test on 2016-07-05 with zero defects recorded, maintaining a clean sheet that mirrors earlier spotless passes from 2015 and 2014. While this sequence suggests a period of stable roadworthiness up to its last recorded inspection, the earlier history shows recurring consumption of standard replacement items, particularly regarding braking components and tyre depths on both front and rear axles. With 114,589 miles accumulated across its approximately seventeen-year life span, the car averages roughly 6,741 miles annually, representing a typical and measured usage pattern for a diesel or petrol coupe of this era. This steady mileage accumulation avoids the mechanical risks associated with prolonged static storage, though the total distance means high-wear chassis assemblies have experienced a full cycle of operational stress. Furthermore, a significant monitoring gap exists between the 2016 test and the current evaluation date in 2026, meaning the vehicle's functional status over the intervening years is entirely unrecorded and requires rigorous verification during a physical examination. Given the historical advisory record regarding thinning brake pads and tyres operating near the legal limit, prospective buyers must closely inspect the condition of all four brake discs, pads, and tyre tread depths. A thorough physical check of the multi-link front suspension and steering arms is also essential, as these components endure heavy loads on A5 models and can develop play that manifests as knocking noises over uneven road surfaces or vague steering feedback. During a test drive, listen carefully for any structural rattles from the suspension layout and check for brake judder or pulling under deceleration, which would indicate warped discs or binding calipers that escaped recent digital documentation. The absence of recorded corrosion or structural failures in the official DVSA history is a positive indicator, but the decade-long documentation gap necessitates an independent lift inspection to assess the subframe, brake lines, and underbody components for hidden degradation. Buyers should verify that all electrical systems, window mechanisms, and dashboard warning lights operate correctly, paying particular attention to any signs of fluid leaks around the engine bay or transmission housing. Ultimately, while the historical data shows a vehicle capable of passing standard roadworthiness tests, the lack of recent MOT history makes a comprehensive pre-purchase mechanical inspection mandatory.