2009 Harley Davidson Vrsca 1.1L Petrol · AD09 MLY

This Harley Davidson VRSCA exhibits a consistent pattern of wear on the exhaust and rear tyre rather than mechanical failure. The most recent test on 5 June 2024 confirmed this trend with advisories for exhaust noise and rear tyre wear. The record shows these specific components have been flagged since 2016, indicating a chronic condition rather than a sudden failure. The recorded mileage of 11,353 miles over 17 years indicates an extremely low annual accumulation rate of approximately 668 miles. This usage profile suggests the engine and drivetrain components have experienced minimal mechanical stress, yet the vehicle has been subjected to prolonged periods of inactivity. Consequently, the degradation observed in the exhaust system and tyres is likely attributable to environmental exposure and material fatigue over time rather than high mileage wear. Given the recurring advisories for exhaust noise and tyre wear, a thorough inspection is required before purchase. Visually inspect the exhaust system for holes, loose baffles, or rusted mounting points, as the noise has been persistent since 2016. For the tyres, verify the rear tread depth meets the legal minimum and check the front tyres for wear, noting that the front tyres were previously flagged as worn in 2018. Ensure the tyres are free from sidewall cracking, which is common in low-mileage vehicles left stationary for extended periods. Beyond the visible wear items, the low mileage history necessitates a review of the vehicle's fluid levels and seals. Check for oil or coolant leaks around the engine cases and transmission, as seals can dry out and harden after years of disuse. Additionally, inspect the battery condition and charging system, as a battery left dormant for long durations may require replacement regardless of mileage. A test drive should confirm the engine starts reliably and that the transmission shifts smoothly, ensuring no internal mechanical issues have developed during the vehicle's long periods of inactivity.