2015 Audi Q5 3.0L Diesel · CB14 TON

A sequence of consecutive annual passes, culminating in an unblemished pass recorded on 16 March 2026, defines the recent structural roadworthiness of this Audi Q5. The overall test record reveals a stable trajectory over eight recorded examinations, interrupted only by minor compliance and consumable items rather than systemic mechanical or structural decay. The single failure on 14 March 2024 was due to a nearside front tyre incorrectly fitted against its sidewall directional instructions, which was promptly rectified before a same-day pass. Beyond that specific fitting error, the test history shows recurrent advisories regarding rear tyre wear close to the legal limit, noted during the 2020, 2022, and 2023 tests, indicating consistent consumption patterns typical of a heavy all-wheel-drive platform. Accumulating 114,389 miles across its eleven years of operational life yields an average of approximately 10,399 miles per annum, placing the vehicle squarely within typical UK usage parameters for a diesel family SUV. This steady annual accumulation suggests regular deployment rather than prolonged periods of stationary storage, avoiding the specific deterioration risks associated with long-term lay-ups such as severe brake disc pitting or battery sulfation. However, the sustained mileage means that high-stress mechanical assemblies, including suspension bushes, wheel bearings, and transmission components, have undergone substantial operational cycling and warrant close scrutiny during an physical examination. Given the historical pattern of edge wear and rapid depletion noted on the rear tyres, prospective buyers should carefully inspect the current set of tyres for uneven tread degradation, which can signal underlying geometry misalignment or worn rear suspension trailing arm bushes. During a pre-purchase test drive, listen closely for any clunks, knocks, or hollow thuds from the front and rear axles when traversing potholes or speed humps, as these indicate degraded anti-roll bar drops links or wishbone bushes that frequently succumb to weight fatigue on this chassis architecture. Additionally, monitor the braking system for any vibration through the pedal or steering wheel pull during application, verifying that the heavy mass of the vehicle is being brought to a halt evenly without binding calipers. Finally, while the underside and emissions components have not triggered adverse remarks in recent MOT tests, a comprehensive ramp inspection remains essential to check for subframe corrosion, weeping oil seals around the engine and gearbox, and the condition of the flexible brake lines. Assessing these hard-to-reach mechanical zones will clarify whether the vehicle's clean test certificates reflect genuine structural health or merely the minimum standard required to pass an annual statutory examination.