2012 Audi A1 1.4L Petrol · CF12 FSO

The 2012 Audi A1 presents a mixed maintenance picture with a clear upward trend in flagged defects over recent years, though the most recent test on 7 August 2025 at 117,820 miles passed cleanly with zero advisories or failures. That clean bill of health is significant, but it sits against a backdrop of recurring suspension and braking issues that were actively deteriorating just twelve months prior. The maintenance trajectory appears to have stabilised recently, yet the pattern between 2022 and 2024 suggests the car accumulated wear faster than it was being corrected. The vehicle has covered 117,820 miles over roughly fourteen years, averaging approximately 8,416 miles per year, which sits within a typical range for its age. The mileage progression is consistent and unremarkable: 83,087 miles in September 2022, 97,423 miles in October 2023, 112,471 miles in October 2024, and 117,820 miles in August 2025. No suspicious gaps or sudden jumps appear in the record. The annual distance covered has remained relatively steady at between 14,000 and 15,000 miles per year, indicating regular use rather than long periods of dormancy. The October 2024 failure and subsequent pass reveal a cluster of front-end wear that a buyer should examine carefully. Both front lower suspension arm rear bushes were split, both front top mounts were worn, and the nearside front anti-roll bar ball joint dust cover had failed. These are not isolated faults. They point to a front suspension assembly that was operating with degraded damping and articulation. The fact that none of these items appeared as advisories in the 2025 test suggests they were replaced, but a physical inspection of the replacement components and their fitting quality is advisable. Check for uneven tyre wear on the front axle, which would indicate alignment issues persisting after the repairs. Corrosion is the more serious long-term concern. Both rear coil springs were flagged as corroded in October 2024, and both front and rear inner brake discs were worn, pitted, and scored at the same test. Corroded coil springs on a fourteen-year-old car are a structural integrity risk, not merely a cosmetic one, as surface corrosion can propagate into the spring material and lead to fracture under load. The corroded brake discs suggest the car may have sat idle for extended periods or was driven in conditions that accelerated surface oxidation. A buyer should physically inspect the underside for rust progression, particularly around the rear spring mounts, subframe mounting points, and brake disc faces. The clean 2025 result is encouraging, but it does not guarantee that corrosion has been arrested rather than simply not yet flagged again.