2015 Volkswagen Scirocco 2.0L Diesel · HY15 FVG

The vehicle is currently roadworthy but the maintenance record shows a worsening trend regarding suspension and braking component wear. While the most recent test in March 2026 at 103,396 miles passed, the list of advisories has expanded significantly compared to previous years. The transition from minor wheel distortion advisories in 2023 to a multi-point failure in 2026 related to brake components and structural corrosion indicates that the vehicle is now requiring more reactive rather than preventative maintenance. At 103,396 miles over 11 years, the Scirocco averages approximately 9,400 miles per year, which aligns with typical national averages for its age. The mileage accumulation shows consistent annual intervals, with roughly 8,000 to 9,000 miles covered between each recorded test from 2023 to 2026. This steady usage suggests the car has not sat stationary for long periods, but the consistent mileage has clearly contributed to the progressive degradation of rubber-based suspension components and metalworkwork under the chassis. A buyer must closely inspect the rear suspension assembly, as corrosion on the lower suspension arms and coil springs has been a persistent issue since 2024. The 2026 test confirmed that these arms are now corroded, though not yet structurally weakened, they represent a high-risk area for future failure. Furthermore, the offside rear anti-roll bar linkage ball joint has shown play for three consecutive years, dating back to 2024, suggesting this component has never been replaced despite repeated advisories. The braking system also requires immediate attention as the March 2026 test identified front brake discs as worn and lipped with pads at 4.5mm. The presence of a chafed offside rear brake hose is a specific safety concern that could lead to fluid loss if not replaced. Given the history of distorted road wheels and uneven tyre wear, the buyer should also verify the wheel alignment to ensure that new tyres are not prematurely ruined by underlying geometry issues.