2015 Audi A3 1.8L Petrol · DA65 MUC

The vehicle is currently roadworthy but the maintenance trend shows a clear decline in proactive care regarding braking components. While the most recent test in July 2025 at 57,792 miles resulted in a pass, the volume of advisories indicates that repairs are being deferred until failure. The presence of an EPC lamp fault during this test is a significant concern as it suggests an underlying engine management or sensor issue that remains unaddressed, contrasting with the clean records seen in earlier years of service. The mileage profile is notably low for an eleven-year-old vehicle, averaging approximately 5,254 miles per year. There is a distinct usage spike between April 2021 at 20,940 miles and February 2023 at 39,473 miles, where the car covered nearly 19,000 miles in under two years. Since then, usage has slowed again to roughly 9,000 miles per year. This low annual mileage often leads to the degradation of rubber components and disc oxidation, which aligns with the persistent surface corrosion seen on the braking hardware. A buyer must scrutinise the braking system, as the record shows a recurring pattern of neglect. The May 2024 failure due to seriously weakened front discs and thin pads was followed by a July 2025 advisory noting that rear discs and pads are pitted, scored, and wearing thin. This suggests the previous owner only replaces components when forced by an rather than during scheduled maintenance. The sidewall cuts noted on three tyres in the July 2025 test also point to rough driving or curb damage, necessitating a thorough check of tyre integrity. Physical inspection should also target the EPC lamp status to determine if the fault is a simple sensor failure or a more complex mechanical issue. Given the low mileage, the technician should check for perished suspension bushes and seized brake calipers, which are common in Audis that sit stationary for long periods. The misaligned washer jets are a minor concern, but the overall history indicates a vehicle that has recently transitioned from well-maintained to requiring significant reactive repair.