1987 Yamaha XT 0.6L Petrol · E290 AKW

A single clean pass recorded on October 16, 2025, represents the entirety of the official DVSA testing history available for this machine. Because historical MOT digital logs for motorcycles of this age are frequently sparse or absent prior to modern record-keeping, prospective buyers must evaluate the machine based entirely on its present physical condition rather than a multi-year track record of advisories or structural repairs. This lack of historical data means the latest test result serves as an isolated snapshot of compliance rather than part of an established pattern of sustained roadworthiness. Accumulating just 41,090 miles over approximately thirty-nine years results in an average of roughly 1,054 miles per year, placing this Yamaha in a very low annual usage category. Such light usage frequently points to intermittent deployment, seasonal riding, or extended periods spent in storage rather than a consistent commuting life. Mechanically, low-mileage classic motorcycles that have spent time inactive are often susceptible to specific operational hurdles, including fuel staling in the carburettor, internal corrosion within the fuel tank, and stiffening or cracking of rubber fuel lines, intake boots, and fork seals. Given the absence of documented MOT advisories, inspection must focus heavily on foundational mechanical assemblies typical of vintage dual-sport machinery of this era. During a static examination, inspect the front telescopic forks and rear monoshock linkages for oil leaks, pitted stanchions, and degraded dust seals, listening carefully during compression tests for any hydraulic damping resistance or binding. The chain and sprocket set, wheel bearings, and swingarm pivot bushes should be checked for excessive play or seized movement resulting from prolonged inactivity or exposure to moisture. On a road test, assess the carburettor response throughout the rev range to ensure there is no hesitation, surging, or flat spots caused by blocked jets or degraded rubber diaphragms. The braking system, featuring front and rear discs or drums depending on the exact sub-variant, must be evaluated for firm lever and pedal feel without binding, grabbing, or spongy travel. Finally, listen closely for any metallic rattles or excessive top-end noise from the single-cylinder engine, and confirm that the electrical charging system maintains proper battery voltage under load across all lighting circuits.