1998 Honda CBR900RR 0.9L Petrol · R988 DVM

The Honda CBR900RR presents an unusual but technically clean MOT history, with the most recent test on 16 July 2025 at 20,032 miles passing without defects—a stark contrast to the 7 July 2025 failure at 20,026 miles , which also showed no recorded issues. This suggests the failure was likely administrative (e.g., missing paperwork, expired tax, or a tester error) rather than mechanical. The absence of defects in both tests indicates no major recurring faults, structural corrosion, or critical wear affecting safety systems. However, the rapid succession of tests—just nine days apart—raises questions about why the vehicle was retested so soon, particularly given its low annual mileage. For a bike of this age, even a single defect would typically trigger a fail, so the clean record implies either meticulous maintenance or a history of deferred repairs that were never revisited. The bike’s mileage of 20,032 miles over 28 years —roughly 715 miles per year —is exceptionally low, even for a lightly used machine. This suggests either infrequent riding, long periods of storage, or a history of being kept in a controlled environment to minimise exposure to the elements. There are no signs of accelerated wear in the MOT record, which would normally appear as recurring advisories on components like suspension bushes, brake pads, or chain tension. The lack of mileage accumulation also means traditional consumables (tyres, belts, seals) may still have significant life remaining, though a buyer should verify this in person. The absence of mileage gaps or sudden jumps further reinforces the likelihood of minimal use rather than neglect. Given the clean MOT history, a prospective buyer should focus on hidden wear from disuse —such as seized bearings, degraded seals, or stiff suspension bushes—common in bikes stored for long periods. The rear brakes, chain, and sprocket should be inspected for corrosion or dry rot, as these are vulnerable when a bike sits unused. While the MOT record shows no structural defects, the frame and subframe should be checked for stress cracks, particularly around the swingarm pivot and engine mounts, areas prone to fatigue in high-performance machines. Finally, the electrical system—including wiring harnesses and connectors—may benefit from a thorough check, as oxidation can develop over time even without significant mileage. The bike’s low usage is a double-edged sword: it suggests less wear, but also means some components may have degraded from inactivity.