A consistent and uninterrupted record of clean MOT passes defines this 1994 Yamaha's roadworthiness profile, with all five recorded tests from 2022 through 2026 returning a pass with zero advisories or defects of any category. The latest examination on 15 August 2026 confirmed this trend, and the complete absence of even minor advisory items across a four-year testing window is exceptionally rare for a vehicle of this age. The absence of recorded defects means there is no documented history of corroded brake components, deteriorated suspension linkages, weakened structural areas, fluid leaks, or exhaust system deterioration that typically surface on older vehicles. This unbroken clean record provides strong documentary evidence that the machine has been kept in a fully roadworthy condition through its testing history, though it is worth remembering that MOT testing captures only the specific items examined on the day and does not constitute a comprehensive mechanical inspection.
The recorded mileage of 12,444 miles against a 32-year vehicle age equates to an annual accumulation of roughly 389 miles, which is exceptionally low even for a motorcycle and indicates either very limited operational use or extended periods of standing off the road. There is no mileage entry provided for the most recent 2026 test, but the consistency of low-mileage MOT tests over consecutive years suggests a usage pattern of occasional, short-distance riding rather than regular touring or commuting duty. Mechanically, this kind of profile carries specific implications: prolonged standing periods can lead to internal corrosion in brake calipers and master cylinders, drying and cracking of fork seals and suspension bushes, oxidation inside the fuel system, and deterioration of rubber components such as drive belts, hoses, and electrical insulation. However, the continuous annual testing without any recorded advisory suggests that the machine has either been maintained to a high standard or ridden sufficiently to keep mechanical components functioning within test parameters. Buyers should be aware that an absence of mileage data on recent tests, combined with such a low annual rate, means the current odometer reading cannot be fully verified from MOT records alone.
For a prospective buyer, the clean advisory history means there are no specific flagged components to investigate from the test record, but the low-mileage profile warrants particular attention to areas that degrade through standing rather than use. On a test ride, listen carefully for any binding or roughness from the front brake lever, which can indicate caliper piston seizure from lack of use, and check that both front and rear brake systems generate firm, progressive feel without sponginess or excessive lever travel. Inspect the fork stanchions for any signs of oil residue or misting that would suggest degraded seals, and bounce the front and rear suspension to confirm clean damping without knocking or topping out. Examine all rubber components including hoses, gaiters, and drive elements for perishing or cracking consistent with age rather than mileage, and check for any signs of rodent ingress in the air intake or exhaust system given the likelihood of storage periods.
Additional checks should focus on the items most likely to deteriorate silently on a low-use motorcycle of this vintage. Confirm that the fuel system delivers cleanly without hesitation, flooding, or stale-fuel symptoms, as carburettor internals on a rarely-used machine can suffer from varnish build-up and jet blockage. Test all electrical functions including lights, indicators, and horn, paying particular attention to any flickering or intermittent operation that could indicate corroded earth points or aged wiring insulation. Inspect the chain or final drive for surface corrosion and confirm free movement, and examine the swingarm pivot, steering head bearing, and any visible suspension linkages for smooth operation without notchiness or stiffness. Finally, given the extended standing periods this usage pattern implies, verify that the engine reaches full operating temperature promptly on a test ride and holds a stable idle, as cold-running issues and irregular tickover can be symptomatic of deeper mechanical neglect that the MOT test simply does not evaluate.