2006 Audi A3 2.0L Diesel · CT06 NXM

The vehicle is currently roadworthy, but the maintenance history reveals a clear pattern of declining condition and a lack of systematic upkeep, leading to a high probability of failure. The most recent MOT test in March 2025 was conducted at 242,891 miles, which is the only test recorded and indicates that the vehicle has been driven for approximately two years since the last inspection. This rapid mileage increase suggests that the owner has likely driven the car frequently without maintaining the required service intervals, a behavior that is not sustainable for a vehicle of this age. The data indicates a significant deterioration in mechanical integrity, particularly in the suspension and braking systems, which are critical components for roadworthiness. The most recent test in March 2025 flagged nearside rear shock absorbers with a serious fluid leak and front and offside lower suspension arms with excessively worn bushings, implying that wear is accelerating rather than stabilizing. In contrast, the March 2024 test for the same mileage range showed a passing result, highlighting a gap in the maintenance record. This discrepancy suggests that the owner may have been complacent with their regular maintenance, allowing wear to accumulate without proper replacement of critical parts like bushings or seals. Given the recurring faults and the accelerating wear rate, the vehicle presents a serious risk of structural failure. The presence of corrosion in the sub-frame and the persistent fluid leaks in the suspension components indicate that the vehicle is in a state of active degradation. While the oil leak and the corrosion of the sub-frame are noted as "not excessively" severe, they represent significant risks that could lead to catastrophic failure if not addressed immediately. A buyer must inspect the car personally to verify the condition of the suspension bushings, check the brake discs for pitting or scoring, and assess the integrity of the sub-frame, all of which are areas where the vehicle is currently at risk of structural compromise.