2008 Honda CBR 600 RR-7 0.6L Petrol · LB08 RYZ

The most recent DVSA examination on 1 December 2025 returned a pass with no defects or advisories recorded, which represents a strong current roadworthiness position. Looking back across the recent test history, the trend is broadly stable and reassuring: passes with no advisories in September 2024, September 2024 prior test, and December 2025, following only a single minor advisory in March 2024 relating to a loose lower belly pan. There is no escalation of recurring failure items, no accumulating advisories, and no recorded deterioration in braking, lighting, suspension, or exhaust emissions categories. This consistency across consecutive tests suggests the motorcycle has been reasonably maintained, or at minimum that the components tested under the MOT regime are in a serviceable condition. No structural, corrosion, or steering-related advisories have ever been recorded against the chassis or running gear, which for an eighteen-year-old machine is a notably clean record. The recorded odometer reading of 6,973 miles against an 18-year vehicle age equates to an average of approximately 387 miles per year, which is exceptionally low even for a motorcycle of this type and very likely reflects substantial periods of standing rather than genuine light touring use. The MOT cadence itself illustrates this, with a gap between March 2012 and April 2015, then again between May 2017 and March 2024, indicating the vehicle was either off the road, exempt from testing, or stored for prolonged intervals. Mechanically, very low annual mileage of this nature tends to produce age-related degradation rather than wear-related degradation; rubber, elastomers, and fluids deteriorate through calendar ageing irrespective of distance covered, while metal components can suffer from oxidation and seizure through inactivity. It would be prudent to establish whether the mileage is genuinely accurate or the result of clock issues, and to confirm whether the motorcycle has been stored indoors or exposed to the elements during its standing periods. For a prospective buyer, the absence of recurring defects in the MOT history shifts attention away from specific component failures and towards age and inactivity-related condition checks. Tyres warrant particular scrutiny: an eighteen-year-old motorcycle, even with low mileage, should have its tyre manufacturing dates inspected for sidewall perishing and cracking, as the rubber compound hardens with age and grip degrades regardless of tread depth. The brake system should be examined for corrosion on the discs, seized or binding calipers, and perished flexible hoses, all of which are common after long storage. The 12-volt battery is highly likely to require replacement or at minimum load testing, given the long gaps between use; a battery that has been left discharged repeatedly will have suffered permanent capacity loss. All fluid systems should be treated as overdue regardless of service history: brake fluid is hygroscopic and should be renewed every two years, coolant typically every two to three years even on older specifications, and engine oil will have suffered from moisture contamination and additive depletion through standing. Fuel system components, including the tank internals, fuel pump, and injectors, are vulnerable to corrosion and varnish build-up after long inactivity, so evidence of recent fuel system recommissioning work is highly desirable. A physical inspection and test ride should focus on the symptoms typical of prolonged standing. On starting, listen for smoke from the exhaust which may indicate oil passing worn valve seals or piston rings dried out from inactivity, and check that the cooling system pressurises correctly without leaks from age-hardened hoses and joint seals. The suspension should be pumped through its travel with the weight off the bike to check for binding or hydraulic lock from internal corrosion of the fork stanchions and rear shock, and the swingarm pivot, linkage bearings, and steering head bearings should be checked for smooth operation without notchiness. During a test ride, listen for any clonks or graunching from the drivetrain, confirm smooth clutch action, and verify that the brakes pull up cleanly without dragging or pulling to one side, which would suggest a seized caliper piston. Finally, verify the service history documentation thoroughly, including any evidence of preservation work such as fogging oil, fuel stabilisation, or periodic running during storage, as this will materially affect the long-term reliability of what is otherwise a clean and well-presented low-mileage example.