2000 Honda CBR900RR 0.9L Petrol · X171 AKY

A 26-year-old Honda CBR900RR showing four consecutive clean MOT passes from 2022 through September 2025 presents a roadworthy record free of recorded advisories or failures across the entire testing history provided. The latest test on 9 September 2025 was a pass with no defects recorded, and the three prior annual tests in 2024, 2023, and 2022 followed the same pattern. With zero advisories logged over a four-year MOT cycle, the documented test outcomes alone indicate no component has been flagged for inspection attention during this window, though MOT history by definition only captures items examined at annual test time and cannot verify the condition of parts that pass without comment. The recorded mileage of 13,041 miles against a 26-year vehicle age equates to an annual accumulation of roughly 502 miles, which is exceptionally low for any road-going motorcycle and points to prolonged periods of either storage or very limited seasonal use. Such sparse usage carries distinct mechanical implications regardless of clean test paperwork. Brake calipers, discs, and pads can seize or corrode through lack of regular operation, with binding calipers a known concern on lightly used machinery. Tyres more than a few years old, regardless of tread depth, harden and lose grip, and the same applies to internal rubber components such as fork seals, drive chain O-rings, and brake hoses, all of which deteriorate from age rather than mileage. Fuel systems, carburettor or injection components, and the battery are similarly vulnerable to long lay-ups, and the absence of MOT advisories does not address any of these internal or age-related degradation points. For a prospective buyer, the inspection priorities must therefore shift from the clean MOT paperwork to age- and storage-related wear. On a test ride, listen for any hesitation, stumble, or irregular tick-over that could suggest fuel system varnish or stale fuel; check for smoke from the exhaust on startup and under hard acceleration to assess piston ring and valve seal condition after potential extended standing. Apply the brakes firmly from speed to feel for pulling, judder, or a binding sensation that would indicate seized caliper slides or corroded discs, and visually inspect the discs for surface rust that does not clear after the first application. Examine the forks for any oil misting or weeping around the stanchions, bounce the front and rear suspension to confirm controlled damping without knocking over uneven surfaces, and check the drive chain and sprockets for tight links, rust pitting, or hooked teeth given the very low annual mileage. Inspect both tyres closely for cracking in the sidewalls or tread, confirm manufacturing date codes if accessible, and verify that the date-coded rubber is within a serviceable age bracket regardless of remaining tread depth. Finally, confirm the service history independently rather than relying on MOT documentation alone, as MOT testing does not cover engine internals, valve clearances, coolant condition, or many safety-critical service items. A compression test or leak-down test would provide meaningful evidence of internal engine health given the low mileage and probable storage intervals, while a thorough check of electrical systems, switchgear, and instrumentation is warranted on a motorcycle of this vintage. Where long storage periods are suspected, an inspection of the fuel tank interior for corrosion, the carburettor or throttle bodies for varnish build-up, and the cooling system for degraded hoses would be prudent. The clean MOT record establishes basic roadworthiness compliance at the point of test, but the broader mechanical evaluation for a 26-year-old, low-mileage machine should be focused squarely on the consequences of time rather than recorded wear.