1989 Honda NTV600 0.6L Petrol · F905 GTT

A consistent pattern of clean roadworthiness has emerged over the last several years, with the most recent test on 13 April 2026 resulting in a pass with no recorded defects. While the vehicle experienced a failure in 2017 due to incorrect headlamp aim and several advisories regarding tyre and brake pad wear between 2017 and 2020, the subsequent three testing cycles have shown no recorded advisories or failures. This indicates a period of stability in the mechanical presentation of the motorcycle, moving from a phase of noted consumable wear to a current state of zero recorded defects. The recorded mileage of 32,150 miles for a 1989 model represents a notably low annual accumulation of approximately 869 miles per year. This usage profile suggests the vehicle has spent significant periods stationary or has been used only for infrequent, short-distance trips. Mechanically, while this low mileage implies less cumulative wear on the engine internals, drivetrain components, and suspension linkages, it necessitates a close inspection of rubber components and seals that may have aged or perished due to lack of regular movement and heat cycles rather than physical friction. Prospective buyers should focus their physical inspection on the consumables that were previously flagged in the MOT history. Although the 2020 advisory for a front tyre worn close to the legal limit and the 2018 advisory for front brake pads close to the minimum limit are not currently active, these components should be checked for current tread depth and pad thickness. During a test ride, pay close attention to the front braking performance; any sensation of sponginess in the lever or a lack of progressive bite could indicate issues with the hydraulic system or caliper operation that were not captured in the recent clean tests. Given the low annual mileage, a thorough examination of the tyres is essential to check for sidewall cracking or flat-spotting, which are common in vehicles that sit for long periods. Additionally, because the 2017 failure involved headlamp aim, the mounting hardware and adjustment mechanisms for the lighting assembly should be checked for stability to ensure the beam remains correctly positioned under load. Listen for any irregular noises from the front end or steering assembly when navigating uneven surfaces, as this will help confirm the integrity of the components that have not been subject to high-frequency usage.