2010 Volkswagen Passat 2.0L Diesel · RF59 RGX

The vehicle presents a worsening maintenance trend regarding its running gear and suspension components. While the most recent test on 20 August 2025 at 209,484 miles resulted in a pass, the record shows a pattern of recurring mechanical wear that required immediate rectification following a failure the previous day. The transition from the 2024 pass to the 2025 failure indicates that components such as anti-roll bar joints and drive shaft boots are reaching the end of their service life, necessitating more frequent interventions to maintain roadworthiness. The mileage accumulation is high, averaging approximately 13,000 miles per year over its 16-year lifespan. The vehicle covered nearly 15,000 miles between the September 2023 test and the September 2024 test, and a further 5,000 miles in the year leading up to August 2025. This consistent, heavy usage explains the progressive degradation of consumables. The high mileage puts significant stress on the drivetrain and suspension, which is reflected in the recent cluster of advisories. A prospective buyer should conduct a thorough physical inspection of the suspension system and braking components. The 2025 record specifically flagged a worn offside rear suspension arm bush and light oil misting on the offside front shock absorber. These issues, combined with the previous failure of anti-roll bar ball joints, suggest the suspension is nearing a stage of more costly overhaul. The tester also noted thinning rear brake pads and worn discs in August 2025, meaning the braking system will require attention shortly. Particular attention must be paid to the CV boots and drive shafts. The 2024 failure at 204,593 miles highlighted a split offside front CV boot, a common failure point on high-mileage vehicles that can lead to expensive drive shaft replacements if grease escapes and dirt enters the joint. Given the current mileage of 209,484, the vehicle is entering a phase where multiple wear items across the chassis and braking systems will likely require simultaneous replacement.