2003 Audi A4 1.9L Diesel · YL03 DNJ

The vehicle presents a questionable roadworthiness status due to a lack of recent testing data spanning the last five years. While the last recorded test passed in November 2021 at 194,853 miles with no defects, the car has not been inspected since that date. This significant gap means the current condition of critical safety-related components is entirely unknown. Historically, the maintenance trend shows a reactive pattern where mechanical failures and wear items are only addressed following a test failure rather than through a preventative service schedule. At 194,853 miles over 23 years, the Audi has covered a consistent average of approximately 8,500 miles per year. This usage is typical for a vehicle of this age, but the high mileage places immense strain on rubber components and suspension assemblies. Between November 2020 and 2021, the car covered roughly 8,500 miles, yet the absence of an MOT for nearly five years suggests the vehicle may have been stationary or used without legal compliance, which increases the risk of fluid degradation and seized components. A buyer must conduct a thorough inspection of the suspension and braking systems, as these areas show recurring failures. The record repeatedly flagged track rod ends, ball joints, and coil springs for excessive play or corrosion. Specifically, the 2021 failure identified a corroded offside rear coil spring and chafed rear brake hoses, mirroring issues found in 2014. The 2015 failure report also noted a leaking fluid suspension unit, indicating a history of complex hydraulic system issues that require close scrutiny for current leaks. Structural integrity and rubber perish should also be priorities given the documented history of corroded springs and deteriorated brake hoses. The tester previously noted a fuel system leak in 2014, which warrants a visual check of the fuel lines and tank. Given the high mileage and the long lapse in official inspections, the state of the bushes, tyres, and brake calipers is likely nearing the end of their functional life.