2017 Audi A3 1.6L Diesel · BF67 MYD

A spotless run of four consecutive clean annual tests anchors the recent roadworthiness profile of this Audi A3, culminating in an unconditional pass on 13 April 2026. This unbroken sequence of trouble-free examinations points to a stable mechanical trajectory in recent years, contrasting sharply with a more turbulent testing session in April 2022. During that earlier inspection, the car accumulated four distinct tyre-related defects in a single day, including two dangerous classifications for front tyres with exposed cords and two major flags for sidewall cuts on the rear tyres. While subsequent inspections have been entirely free of recorded faults, this historical tyre event underscores the necessity of verifying that the current rubber has been replaced with matching, quality compound tyres of adequate tread depth. Accumulating 75,790 miles over its nine-year lifespan translates to an average of roughly 8,400 miles per year, representing an entirely conventional and typical usage pattern for this class of vehicle. There are no extended gaps in the testing history or sudden mileage spikes to suggest periods of prolonged inactivity or excessive fleet-style pounding. This steady accumulation rate indicates that the engine, transmission, and auxiliary components have been subjected to normal operational heat cycles rather than the accelerated wear typical of high-mileage commercial duties or the potential degradation sometimes associated with vehicles left standing idle for months on end. When inspecting the vehicle on a test drive, the primary mechanical focus should be directed at the braking system and chassis stability, given the previous advisory for thin rear brake pads noted alongside a tyre pressure monitoring system fault during the 2022 test. Listen carefully for any metallic scraping, grinding, or squealing from the rear axle when applying the brake pedal, and verify that the brake pedal offers a firm, progressive bite without excessive travel or judder. Additionally, test the tyre pressure monitoring system thoroughly to ensure the dashboard warning functionality operates correctly and that no persistent sensor faults remain active. Beyond the braking components, pay close attention to the ride quality and steering feedback over uneven road surfaces, speed humps, and potholes to detect any premature wear in the suspension bushes, drop links, or wheel bearings. A thorough physical inspection underneath should also include checking the condition of the brake discs, brake lines, and steering gaiters for any signs of surface corrosion or fluid seepage that may require attention before the next annual test. Ensuring these wearable items are in sound condition will help maintain the otherwise clean operational standard demonstrated across the vehicle's recent MOT history.