2017 Audi A4 2.0L Diesel · WM17 KPN

A significant deficit in verifiable roadworthiness data defines this vehicle's history, as the recorded MOT documentation is insufficient to establish a current mechanical baseline. The single recorded pass on 14 May 2020, which included a regulatory advisory regarding a COVID-19 extension, provides no insight into the vehicle's mechanical condition or component integrity over the subsequent six years. This lack of recent testing means the current state of critical systems remains entirely unverified through official DVSA channels. The absence of recorded mileage makes it impossible to evaluate the vehicle's usage patterns or calculate annual accumulation rates. Without this data, the mechanical impact of the vehicle's service life cannot be assessed, leaving uncertainty regarding the wear levels on the engine, gearbox, and braking systems. The lack of a continuous mileage trail prevents any determination of whether the car has undergone heavy usage or has been subject to long-term periods of inactivity, both of which carry different mechanical implications for rubber components and fluid degradation. Due to the lack of specific mechanical advisories or failure points in the provided history, there are no documented defects such as suspension bush wear, brake pipe corrosion, or exhaust leaks to scrutinise. However, the six-year gap in testing necessitates a rigorous physical inspection of the vehicle's underside and running gear. A prospective buyer should pay close attention to the condition of the subframe and suspension linkages for signs of corrosion, and check for any oil or coolant misting around the engine block. During a test drive, focus on identifying any irregular vibrations through the steering wheel or pedal judder, which could indicate issues with the brake discs or suspension geometry. Listen for any rhythmic knocking or clunking over uneven surfaces that might suggest worn dampers or coil springs. Because the official record provides no recent evidence of roadworthiness, a comprehensive mechanical inspection is required to identify any latent faults that have emerged since the last recorded test in 2020.