2000 Ducati 900 0.9L Petrol · X418 AWA

Sporadic testing intervals and a sparse historical trail define the roadworthiness record of this machine, punctuated by an electrical failure for a non-functional nearside rear direction indicator during the May 2012 test before it achieved a pass on the same day. The overall dataset shows long periods without recorded statutory testing, culminating in a clean pass on the most recent MOT test recorded on December 1, 2022, though the absence of subsequent tests leaves the current structural and mechanical status unverified by official means over the past several years. With an odometer reading of just 4,147 miles accumulated over its approximately twenty-six years of existence, this motorcycle averages a remarkably low one hundred and sixty miles annually. This usage pattern includes substantial gaps between test dates, pointing to extended periods of inactivity or storage rather than consistent, regular operation. Such prolonged periods of remaining stationary place specific physical stress on a vehicle, where internal components and rubber items can deteriorate without registering as immediate statutory test failures. Inspecting the machine requires close attention to the electrical systems following the historic indicator fault, ensuring that all lighting circuits, connections, and switchgear operate reliably without intermittent failures caused by oxidation or wiring degradation. Given the very low mileage and intermittent usage history, fuel system components, hoses, and seals demand thorough physical scrutiny for perishing, fuel weeping, or blockages resulting from stale petrol sitting in the tank and carburettors or injection rail over long lay-ups. When assessing the motorcycle during a static check and test ride, listen closely for any unusual mechanical noises from the desmodromic valve train and check the condition of the drive chain, sprockets, and wheel bearings for pitting or stiffness resulting from sporadic use. Carefully examine the brake discs, calipers, and hydraulic lines to ensure the braking system does not bind or feel spongy, paying attention to fork seals and rear suspension damping for any signs of fluid leaks or deterioration of the rubber dampening elements.