2004 Volkswagen Golf 2.0L Diesel · AX04 LUJ

The vehicle is currently roadworthy but the history reveals a pattern of reactive maintenance rather than proactive care. The most recent test in June 2025 at 166,723 miles shows a pass, but only after a significant failure failure involving multiple safety-critical items. While the car passed its latest inspection, the recurring nature of consumable component failures, such as tyres, lighting bulbs, and anti-roll bar linkages, suggests that the owner only addresses faults when they become necessary to pass the MOT test. At 166,723 miles over 22 years, the Golf averages approximately 7,500 miles per year, which is consistent with typical UK usage for its age. The data shows a notable increase in activity between March 2023 and June 2025, where the vehicle covered over 20,000 miles in just two years. This burst of mileage likely explains the accelerated wear observed on the tyres and suspension components during that period, though the high overall mileage places considerable strain on the drivetrain and rubber-based suspension components of an older vehicle. A buyer must focus closely on the rear sub-frame, which has been flagged for corrosion in both 2023 and 2024. Although the tester noted the structural rigidity was not significantly reduced at those times, rust on these components is progressive and requires a close physical inspection for deep pitting. Furthermore, the previous failure of the offside rear hydraulic brake caliper and poor parking brake efficiency in 2023 necessitates a thorough check of the entire braking system to ensure no further binding or seizing issues have developed. The front suspension also requires attention given the excessively worn anti-roll bar linkage ball joints identified in 2025. The buyer should also inspect the offside front CV boot for tears or grease leakage, as a severe leak was recorded back in 2023. Given the frequent reports of tyres being close to the legal limit or worn on the edges, a professional alignment check is essential to ensure that suspension geometry is not causing uneven premature wear.