AUDI TT2002 · 1.8L PETROL

The vehicle presents a concerning roadworthiness profile characterized by a period of significant structural and mechanical decline. While the car passed its last recorded test in November 2021 at 198,015 miles, this followed two consecutive failures in a very short window. The maintenance trend shows a period of severe neglect where critical safety components were ignored, followed by a reactive repair. Given that the last recorded test is now over four years old, the current state of the vehicle is unknown and likely suffers from further degradation or component failure due to age. At 198,015 miles over 24 years, the vehicle has averaged approximately 8,250 miles per year, which is consistent with typical usage for an older sports car. However, the data between September 2019 and September 2021 shows the car covered only 322 miles in two years. This extreme inactivity suggests the car was either stationary for long periods or used very infrequently, which often leads to accelerated corrosion, perished seals, and seized brake components, coinciding with the structural failures seen in the 2021 records. A buyer must prioritise a rigorous inspection of the vehicle's sills and inner body structure. The November 2021 failure recorded major defects including reduced structural rigidity in both the nearside and offside sills, as well as an inadequate repair to the inner sill. These are fundamental structural weaknesses that indicate deep-seated rust. Additionally, the history shows recurring issues with corrosion on brake pipes and suspension components, which suggests the underbody has been subjected to harsh conditions without adequate protection. The drivetrain and braking system also require close scrutiny due to recurring exhaust leaks and oil emissions. The 2021 failures highlighted a fractured coil spring, a leaking shock absorber, and poor parking brake efficiency. Because the vehicle has not been tested since these issues were addressed, there is a high probability that these components have worn further or that the repairs themselves have developed secondary faults. The previous failure for carbon monoxide emissions also indicates potential engine management or exhaust issues that require professional monitoring.