1995 Honda CBR900RR 0.9L Petrol · M883 ABV

This 1997 Honda CBR900RR presents a textbook record of roadworthiness compliance, having passed four consecutive MOT tests on 2022-06-25, 2023-07-04, 2024-07-02, and 2025-07-02 without a single advisory or defect recorded. For a motorcycle now approaching three decades of age, such a flawlessly clean history is genuinely exceptional and indicates that the machine has either been very lightly used in recent years or has received a meticulous standard of preparation prior to each annual examination. The perfectly symmetrical test dates, falling almost exactly twelve months apart across July, also suggest a disciplined approach to keeping the vehicle taxed and tested rather than allowing any lapse in road legality. With no recorded advisories relating to tyre wear, brake component condition, steering headstock bearings, or structural corrosion, there is no documented mechanical trajectory to suggest deterioration between examinations. Regarding usage, the absence of recorded mileage data across all four test entries means there is no objective way to quantify how many miles this CBR900RR has covered annually, nor whether it has accumulated distance consistently or sat largely idle between tests. This is particularly significant for a sports motorcycle of this vintage, where low or sporadic use can be just as mechanically consequential as high mileage. Periods of standing can lead to internal corrosion in the brake calipers and master cylinders, drying and cracking of the fork oil seals, hardening of the suspension linkages and pivot bearings, and degradation of the fuel system including the petcock, carburettor floats, and internal tank sealing. Equally, if the bike has been ridden hard and infrequently serviced, the valve clearances, cam chain tensioner, and clutch basket will not have benefited from the regular fluid and adjustment changes that keep inline-four engines of this era in good health. Any prospective buyer should treat the clean MOT history as a baseline rather than a guarantee, and should focus the physical inspection on the very areas that cannot be assessed without the machine being lifted and ridden. Start by checking the front brake calipers for seizing or sluggish piston retraction, which manifests as a brake lever that fails to release cleanly or a binding sensation when rolling the bike forwards and backwards off the stand. Inspect the fork stanchions above the dust seals for any misting or oil residue, and bounce the front end sharply to listen for a dull thud that would indicate worn fork oil or topping-out issues in the cartridge internals. The steering headstock bearings should be checked with the front wheel lifted, feeling for any notchiness or play as the forks are rotated from lock to lock, while the swingarm pivot, suspension linkages, and rear shock linkage should be examined for play, rust, and seized pins that commonly stiffen on older machines. Beyond the suspension and braking hardware, a careful examination of the chassis and running gear is essential given the motorcycle's age. Examine the swinging arm, subframe mounting points, and under-tray fasteners for any surface corrosion, particularly where dissimilar metals meet or where moisture can collect. Check the drive chain for stiff links, uneven wear on the sprocket teeth, and adequate slack adjustment, as a neglected chain will rapidly destroy the front and rear sprockets. On the test ride, listen for any rattle from the cam chain at low revs which would suggest a worn tensioner, feel for any jerkiness or hesitation from the carburettors indicating blocked jets or perished intake rubbers, and verify that the clutch releases cleanly without dragging. Finally, confirm the function of all lighting, indicators, and the horn, and verify the condition and age of both tyres, as these are legal test items where failure would be recorded and represent the most common reason an otherwise sound motorcycle might fail its next examination.