2009 Honda CBR125 0.1L Petrol · LC59 LCJ

The most recent DVSA MOT test for this 2009 Honda CBR125 was conducted on 22 April 2022 and resulted in a Pass with no advisories or defects recorded. Reviewing the available test history, the motorcycle has consistently achieved Pass outcomes across all recorded examinations from 2012 through 2022, indicating a stable maintenance trend with no emerging or recurring failure patterns. The single advisory noted on the 2012 test, concerning a low front brake fluid reservoir level, was a minor service-related observation rather than a structural or safety defect, and the subsequent decade of clean tests suggests this was remediated without progression to further brake system concerns. Overall, the recorded MOT history presents a mechanically sound and well-maintained profile with no deterioration in roadworthiness across the testing timeline. With a recorded mileage of 19,788 miles across approximately 17 years of age, this CBR125 has covered an average of around 1,164 miles annually, which is notably low for a motorcycle and suggests either light recreational use or extended periods of storage. There is a notable gap in MOT history between 2012 and 2018, indicating either the vehicle was off-road during part of this period or tests were not recorded, both of which are common for low-use motorcycles. The substantial intervals between recorded tests, combined with the low annual mileage, imply that many components will have experienced more calendar-related ageing than wear-related degradation, which shifts the mechanical risk profile from component fatigue towards deterioration through standing and age. Given the low mileage and extended periods of likely inactivity, particular attention should be paid to age-related degradation rather than purely wear-based concerns. The tyres warrant close inspection for sidewall perishing, cracking, and brittleness, as motorcycle tyres degrade chemically over time regardless of tread depth, and tyres older than five to six years should generally be replaced regardless of remaining tread; check the DOT date code on the sidewall. The 12-volt battery is highly likely to require replacement or thorough testing, as lead-acid batteries typically deteriorate after three to five years and prolonged standing accelerates sulphation. Brake discs should be examined for surface corrosion, pitting, or binding calipers resulting from lack of use, and the brake fluid itself should be tested for moisture content, as hydraulic fluid is hygroscopic and typically requires replacement every two years regardless of mileage to maintain boiling point integrity. Coolant, fork oil, and drive chain condition should also be verified, with the chain likely requiring cleaning, lubrication, or replacement due to internal corrosion from standing. On a test ride, listen carefully for suspension clonks or knocking from the forks and rear shock, which can indicate seized stanchions or worn bushings from prolonged standing. Confirm smooth operation of both front and rear brakes, watching for any binding, grabbing, or sponginess that would suggest corroded caliper pistons or degraded hydraulic lines. Observe the engine for smooth cold starting, steady idle, and clean throttle response, as low-use small-capacity engines can suffer from stale fuel deposits, carburettor jet blockages, or oil seal drying. Inspect thoroughly underneath and around the engine for any oil or coolant weeping from gaskets and seals, which commonly harden and leak with age. Finally, verify the service book stamps and corroborate the recorded mileage against any supporting documentation, ensuring the headstock, swinging arm, and frame VIN areas show no signs of accident damage or corrosion that might compromise structural integrity.