2016 Audi A5 2.0L Diesel · YR16 EHB

A consistent pattern of uninterrupted annual passes characterises the roadworthiness history of this 2016 Audi A5, which secured its latest pass on 5 May 2026 at 51,621 miles. The test history reflects a stable structural and mechanical baseline over its lifetime, featuring clean sheets in several earlier years interspersed with minor, routine consumable advisories. Rather than indicating chronic systemic failures, the record points to standard wear and tear associated with regular road use, with the most recent evaluation noting only a thinning rear brake pad set. Accumulating approximately 5,162 miles per year over its decade-long lifespan, the vehicle exhibits a relatively low annual mileage profile compared to the national average. This lower-than-average usage pace does not reveal any extended gaps or multi-year off-road periods in the official DVSA testing cadence, confirming consistent annual deployment. While lower mileages can sometimes point to regular short-journey cycles that place specific thermal demands on exhaust systems and emission controls, the uninterrupted testing history shows no chronic failures stemming from this usage pattern. Prospective buyers should direct their pre-purchase inspection and test drive observations toward the consumable components flagged in past MOT records, starting with the rear brake pads noted on the 2026 certificate. Listen closely for any squealing or grinding noises from the rear axle under braking, and check the brake pedal feel for immediate firmness without excessive travel. Additionally, given the recurring historical advisories regarding tyre wear on both front and rear axles across different test years, inspect the tyre treads for even shoulder wear and verify that the alignment is true during a test drive. During the road test, pay close attention to the vehicle handling and suspension response over rough road surfaces, listening for any knocks or thuds that would indicate hidden wear in the multi-link front and rear suspension setups typical of this platform. Ensure the steering tracks straight without pulling to either side, which would otherwise indicate tracking misalignment or uneven tyre degradation. Thoroughly checking these specific areas during a physical examination will verify whether the current mechanical state matches the stable pass record logged with the DVSA.