2004 Volkswagen Golf 2.0L Petrol · NA54 HRW

The vehicle remains roadworthy but the maintenance trend shows a clear decline in structural integrity and suspension condition. While the most recent test in October 2025 at 102,573 miles passed, it introduced several new defects including an exhaust leak, a deteriorated offside front CV boot, and perishing on the rear tyre. The presence of worn bushes on both front suspension arms indicates that the front-end hardware is reaching the end of its functional life despite the relatively low annual mileage. At 22 years old, the recorded mileage of 102,573 miles represents a low annual usage rate of approximately 4,600 miles. This low mileage often correlates with the degradation of rubber components and age-related corrosion, which is evident in this record. Between November 2023 and October 2025, the car covered 11,025 miles, suggesting consistent but light use. However, the recurring failures regarding structural components suggest that the vehicle is suffering from environmental exposure rather than mechanical wear from high mileage. A buyer must prioritise a thorough inspection of the sills and rear sub-frame. The record shows persistent corrosion on the rear sub-frame and lower suspension arms dating back to 2023, which has now escalated to mention of corroded sills in late 2025. This progression indicates an active rust issue that will eventually lead to a structural failure if not treated. The buyer should check the depth of the rust on the sills to determine if it is surface level or structural. Mechanical attention is also required for the front suspension assembly. The offside front drive shaft boot is severely deteriorated, which necessitates immediate replacement to prevent joint failure. Given the previous history of worn anti-roll bar linkages and the current worn front suspension arm bushes, the entire front suspension geometry should be inspected for play and excessive movement. The minor exhaust leak should also be addressed to ensure it does not worsen and cause emissions failure in the next test.