2005 Yamaha FZS1000 1.0L Petrol · AIG 3022

A history of long-term roadworthiness is evident through a series of successful inspections, culminating in a clean pass on 14 May 2025. While the vehicle has maintained a passing status since at least 2016, the record shows a specific pattern of recurring advisories regarding exhaust noise levels in 2016, 2018, and 2019. These advisories, noted as not being excessive, indicate a consistent mechanical characteristic of the exhaust system that has persisted over several years before the most recent three years of testing showed no advisories or defects. The recorded mileage of 8,869 miles for a 2005 model represents an exceptionally low annual accumulation of approximately 422 miles per year. This usage profile suggests the vehicle has spent significant periods stationary rather than being subjected to regular, high-frequency road use. Mechanically, while this implies minimal wear on high-friction components like brake pads and tyres, such low usage over a 21-year period can lead to the degradation of rubber seals, gaskets, and various fluid properties due to lack of circulation and thermal cycling. Prospective buyers should pay close attention to the exhaust system given the historical advisories for noise. During a test ride, listen for any changes in the exhaust note, such as irregular popping, heavy vibration, or a sudden increase in volume, which could indicate internal baffle degradation or exhaust manifold leaks. Additionally, the 2020 advisory regarding a rear tyre worn close to the legal limit suggests that even with low mileage, consumable items can reach the end of their service life through age or specific use cases. When inspecting the vehicle, check the condition of all rubber components, including fork seals, brake lines, and various hoses, for signs of perishing or cracking that often accompany long-term stationary periods. On a test ride, feel for any stiffness in the controls or hesitation in throttle response that might stem from aged fluids or fuel system components. Ensure the braking system provides consistent pressure without any sponginess, as the low usage frequency necessitates a thorough check of the hydraulic integrity and the condition of the brake discs for surface corrosion.