2017 Audi A3 1.6L Diesel · FP17 MLJ

Across five consecutive DVSA tests spanning from September 2021 through November 2025, this 2017 Audi A3 has returned a clean pass on every occasion with no advisories or defects recorded, which represents an unusually strong and consistent roadworthiness track record for a nine-year-old vehicle. The most recent examination on 8 November 2025 confirmed a pass with no defects recorded, continuing the unbroken pattern of clean results that dates back through the September 2024, October 2023, September 2022, and September 2021 tests. A record entirely devoid of advisories across five years is noteworthy, as most vehicles of this age accumulate at least minor observations relating to wear items such as brake components, tyres, or suspension bushings. The absence of any flagged items suggests that none of the tested components reached the threshold for advisory notation during this period, which for a prospective buyer provides a baseline of confidence that the vehicle has not been displaying obvious deterioration at the time of each annual test. The recorded mileage of 84,520 miles accumulated over nine years equates to an annual average of roughly 9,391 miles, which sits comfortably within the typical range for a privately used vehicle of this age. The annual accumulation rate is moderate rather than low or excessive, meaning the vehicle has been in regular use without being subjected to the extremes of either long-term storage or high-mileage motorway running. There are no significant voids in the testing history, with tests conducted at roughly twelve-month intervals, indicating the car has remained on the road consistently throughout this period. Mechanically, this usage profile is favourable: regular running keeps seals, gaskets, and flexible components supple, while the moderate annual mileage avoids the accelerated wear on clutches, brake discs, suspension components, and drivetrain parts that tends to accompany higher-mileage accumulation. Despite the entirely clean advisory record, a prospective buyer should not assume the vehicle is free from wear-related concerns, as MOT testing is a snapshot of compliance at a single point in time and does not detect developing issues that have not yet crossed advisory thresholds. On a test drive, particular attention should be paid to the suspension, as the Audi A3 of this generation is known to develop wear in the front lower control arm bushes, anti-roll bar drop links, and top mount bearings, none of which would necessarily be flagged until play becomes pronounced. Listen for clonking or knocking noises over uneven surfaces, particularly at low speed over speed humps and potholes, and feel for any vagueness or knocking through the steering wheel which can indicate worn front suspension linkages. The brake system should also be assessed by testing pedal feel and responsiveness, as although no brake-related advisories have been recorded, discs and pads will have worn progressively across this mileage and may now be approaching a service interval. Given the vehicle's age and mileage, it is also prudent to inspect thoroughly for oil leaks from the camplock chain tensioner area and from the rear main seal, both of which are recognised concerns on the EA888 engine family used in this generation of A3. Check the underside of the engine and the surrounding components for any signs of oil misting or wet residue when viewing the car on a ramp. The cooling system, including the radiator, water pump, and thermostat housing, should be inspected for signs of weeping, as plastic components on these engines become brittle with age. Finally, verify the condition of the tyres both for tread depth and for even wear patterns, as uneven wear across the axle can reveal alignment issues or suspension component degradation that the MOT brake and suspension efficiency tests would not have flagged. A pre-purchase inspection by an independent specialist familiar with the A3 platform would provide additional reassurance given the absence of any service history indicators within the MOT data.