2009 Honda FJS 600 A-7 0.6L Petrol · SH09 FKS

A consistently clean MOT history defines this Honda FJS 600 A-7, with four consecutive passes on record and no advisories or failures logged across the available testing years. The most recent test on 14 February 2026 recorded a straightforward pass with no defects noted, continuing an unbroken trend established across the 2022, 2024, and 2025 examinations. This absence of flagged items suggests the structural and safety-critical components — including braking performance, lighting, suspension linkages, steering, and exhaust emissions — have remained within prescribed limits at each test point. For a prospective buyer, this level of MOT cleanliness is a positive indicator, though the limited number of tests and absence of advisory data means there is little granular detail about emerging wear patterns. With an average annual mileage of around 1,171 miles over a seventeen-year lifespan, the recorded usage is notably low for the vehicle's age, raising the typical low-mileage considerations around prolonged standing rather than active mechanical wear. Mileage appears to have remained essentially static between the 2022 and 2026 tests, indicating the machine has seen only light, intermittent use in recent years. While this preserves major drivetrain components, extended periods of inactivity on a motorcycle of this age can allow moisture to settle in the fuel system, brake calipers to bind or seize, battery capacity to diminish, and internal corrosion to develop in the exhaust and cooling circuits. The relatively flat mileage line also suggests no long lay-ups requiring SORN declarations on record, which is favourable for continuity of testing but does not eliminate the possibility of seasonal storage. Given the clean test record, there are no specific advisories to interrogate, which means a physical inspection must focus on the components most likely to suffer from the low-mileage, age-related standing effects rather than from active wear. On a test ride, listen for any binding or roughness from the front brake caliper when pulling away cold, as seized pistons are common after prolonged inactivity. Check that the rear drum or disc brake responds cleanly without scraping, and confirm the brake fluid reservoir shows fresh fluid rather than darkened, moisture-laden contents. Inspect the chain and sprockets for surface rust and stiff links, examine the coolant hoses for hardening or cracking at the joints, and look for any oil seepage around the engine casings, valve cover gasket, and final drive area. Particular attention should also be paid to the tyres, which on a low-mileage machine may exhibit age-hardened rubber, sidewall cracking, or uneven flat-spotting from standing rather than active tread wear. The swinging arm pivot, rear shock linkage, and centre stand contacts should be checked for corrosion, as these areas on a 2009 motorcycle exposed to winter road salt commonly show surface oxidation. Verify the operation of all electrical systems including indicators, horn, and headlamp dip, and confirm the fork stanchions are free of pitting or oil residue when the front suspension is compressed. Finally, a compression check or at minimum a cold-start demonstration will reveal whether the engine has suffered internal deterioration consistent with years of infrequent use, which would be the single largest mechanical risk on an otherwise clean-history example such as this.