2002 Audi A4 1.9L Diesel · RV02 UDJ

The vehicle is currently roadworthy but the maintenance history reveals a trend of escalating mechanical wear and deferred repairs. While the most recent test in February 2026 at 223,144 miles passed, the tester identified an offside rear brake binding and pitted rear brake discs. The hand brake efficiency only met the minimum threshold for a pass, suggesting the braking system is reaching a point of significant degradation. The recurring nature of brake component issues across years indicates a lack of preventative maintenance. At 223,144 miles over 24 years, the Audi has averaged approximately 9,300 miles per year, which aligns with typical annual usage for its age. The record shows consistent operation, with roughly 1,800 miles covered between March 2024 and February 2025, and another 2,880 miles leading into the 2026 test. This steady mileage places a constant load on rubber components and suspension joints, which is reflected in the frequent failures related to suspension hardware. A buyer must prioritise a thorough inspection of the rear sub-frame, which was flagged for corrosion in 2025. Although not yet structurally weakened at that time, rust on these components often progresses rapidly on older vehicles. The history also shows that front suspension arm bushes were excessively worn in 2025, so the buyer should check for play in the steering geometry and ensure these were replaced effectively. The distorted nearside rear road wheel noted in 2025 also warrants a check for potential vibrations or uneven tyre wear. The braking system requires immediate attention. The transition from merely pitted discs in 2024 to a binding caliper in 2026 suggests the caliper pistons or sliding pins are seizing. Given the previous reports of corroded brake hoses and missing hand brake support brackets, the entire hydraulic circuit should be inspected for leaks or structural failure. The high mileage and age of the vehicle mean that various rubber components are likely near the end of their functional life.