2017 Honda CB500 0.5L Petrol · SW17 FLN

A textbook record of roadworthiness for this 2017 Honda CB500, with four consecutive DVSA tests at roughly annual intervals each returning a clean pass and absolutely no advisories, failures, or component flags of any kind. The most recent assessment on 28 July 2025 followed directly on from identical passes in July 2024, July 2023 and July 2022, demonstrating not just a single isolated clean test but a sustained four-year run of mechanical conformity with no deterioration in any tested area. Across the visible MOT history there is no evidence whatsoever of wear developing on braking components, suspension or steering, no corrosion advisories on the frame, swinging arm, or mounting hardware, no exhaust integrity concerns, and no lighting, registration plate, or visibility defects. That complete absence of recorded issues is unusual for a nine-year-old machine and represents the strongest possible starting position from an official test record standpoint. At 31,329 miles against a 2017 first-registration date, this motorcycle has covered an average of roughly 3,481 miles per year, which is genuinely low mileage for any motorcycle and particularly modest for a bike in the CB500 category that is frequently used for daily commuting, training, or longer touring work. The relatively even spacing between tests in July 2022, July 2023, July 2024 and July 2025 indicates the machine has remained in continuous active use throughout the recorded period rather than being laid up for any significant interval, which is positive from a corrosion and component-seizure perspective. Low annual mileage reduces cumulative wear on clutch plates, chain and sprockets, brake pads and discs, and suspension bearings, but it can also bring its own considerations in that some rubber components, lubricants, and internal seals age through time rather than use. The fact that no advisories whatsoever have been raised across four tests suggests these age-related concerns have not yet manifested to a degree testers were obliged to record. Because the official history is entirely free of advisories, there is no specific component category flagged for a buyer to focus on, but the very clean record should not be taken as a substitute for a thorough physical inspection. On a test ride, particular attention should be paid to the feel of the front and rear suspension over uneven road surfaces, listening for any knocking from the steering head bearings, fork seals, or rear shock linkage, and observing whether the forks show any signs of stanchion scuffing or oil misting under the gaiters. The braking system should be checked for lever or pedal feel, with any sponginess, excessive lever travel, or vibration under heavy braking suggesting potential caliper binding, pad wear, or warped discs that have not yet reached advisory threshold. The chain and sprocket condition is especially worth scrutinising given the low annual mileage and the possibility of irregular lubrication intervals. Riders should inspect chain slack at the rear sprocket area, look for tight spots by rolling the bike slowly in neutral, and check sprocket teeth for the characteristic hooked or shark-fin profile that indicates replacement is imminent. Tyres warrant close visual inspection for age-related cracking in the sidewalls, uneven wear patterns that might hint at alignment or suspension geometry issues, and minimum tread depth, as rubber compounds can harden and lose grip over time even when tread remains legal. Finally, a cold-start observation is valuable, confirming that the engine fires readily, idles without excessive smoke or rough running, and that there are no obvious fluid leaks from the sump area or cooling system once the machine is warm, all of which would complement the otherwise exemplary official test record.