2002 Audi TT 1.8L Petrol · SL02 DJJ

The vehicle is currently roadworthy but the maintenance history reveals a persistent trend of escalating corrosion and component degradation. While the most recent test in December 2025 at 81,702 miles passed, the record shows several recurring issues that remain unaddressed across multiple years. The transition from a major exhaust failure in January 2025 to a minor backbox leak by December of that same year suggests that the owner is performing only the minimum repairs necessary to pass the test rather than engaging in preventative maintenance. At 24 years old, the mileage of 81,702 miles is exceptionally low, averaging approximately 3,400 miles per year. The data shows a period of high activity between December 2023 and January 2025, where the car covered 2,454 miles in just two months, followed by a significant drop in usage until the final test. This low usage often correlates with the significant corrosion issues noted in the record, as components sitting stationary are prone to environmental damage without the heat and cleaning action generated by regular use. A buyer must conduct a thorough physical inspection of the braking system and suspension geometry. The tester consistently flagged corroded brake pipes since 2023, and the presence of grease on these pipes in the 2025 tests suggests an attempt to mask surface rust. The front suspension arm bushes have been noted as worn for three years, and the recent appearance of corroded rear suspension arms at 2025 indicates that the structural integrity of the lower wishbones is beginning to fail. Specific attention is also required for the exhaust system and rear shock absorbers. The vehicle suffered a fractured rear coil spring in early 2025 and a backbox leak, indicating the exhaust assembly is reaching the end of its functional life. Given the recurring external damage to the shock absorber casings since 2023, the buyer should check for oil leaks that indicate internal seal failure. The pattern of pitting and scoring brake discs further confirms the car likely sits for long periods, leading to surface oxidation on the metal components.