2001 Honda NT650V 0.6L Petrol · X376 ADG

A 2001 Honda NT650V showing two consecutive clean MOT passes with zero advisories or defects is the hallmark of a structurally sound, well-maintained motorcycle from a roadworthiness perspective. The most recent test on 20 September 2025 recorded a straightforward pass, mirroring the previous examination on 25 July 2024, which also found nothing to flag. For a machine now a quarter of a century old, an entirely advisory-free history suggests that the braking system, suspension, steering, lighting, and structural components have been kept in serviceable condition without recurring concerns at test time. The absence of any recorded advisories for corrosion, fluid leaks, or component wear points to a motorcycle that has either been garaged, lightly used, or attentively serviced between examinations. Against a 25-year timeline, the recorded 49,733 miles equates to an average annual accumulation of roughly 1,989 miles, which is notably low for a motorcycle originally designed for utility and commuting duty. There is a 14-month gap between the two recorded MOT tests, suggesting either a period off the road under SORN or simply that no test was required or sought during the intervening months. Mechanically, this low-mileage profile is a double-edged proposition: it reduces wear on high-stress consumables such as brake pads and discs, chain and sprockets, and clutch components, yet it raises the likelihood of age-related deterioration in items that suffer from standing rather than use, including rubber seals, gaskets, brake hoses, and flexible lines. Fuel system components, the original battery, and any rubber-mounted ancillaries are typical candidates for degradation on a low-mileage bike that has spent long periods inactive. A prospective buyer should focus the physical inspection on the items most likely to have deteriorated through age rather than mileage, beginning with a thorough check of all brake lines and hoses for cracking, perishing, or seepage, as the test record gives no insight into flexible component condition. The brake calipers, master cylinder, and lever assemblies should be examined for binding, slow release, or spongy feel, with particular attention to the rear drum or disc assembly depending on specification. Inspect the suspension linkage, swingarm bearings, and steering headstock for any notchiness, play, or signs of corrosion, pressing on the front end while braking to feel for fork seal integrity and any hydraulic seepage along the stanchions. During the test ride, listen carefully for any clonks or knocks from the suspension over uneven surfaces, which would indicate worn bushes or top-hat bearings, and pay close attention to any steering vagueness or self-centring issues that point to headstock bearing wear. Verify smooth clutch operation and positive gear selection through the full box, as low mileage does not prevent synchro or selector mechanism wear on an older machine. Check the chain for tight spots and adequate slack adjustment, examine the sprockets for hooked or shark-fin wear, and run the engine from cold to operating temperature while watching for oil misting from the cam cover or base gasket areas, a common age-related issue on Honda V-twin units. Finally, inspect the cooling system, radiator hoses, and coolant condition, and confirm that the electrical system, indicators, headlamp, and horn function reliably, as standing periods frequently expose latent faults in connectors and aged insulation.