2012 Yamaha YBR 125 0.1L Petrol · FP12 HFO

This Yamaha YBR 125 presents an unbroken record of MOT compliance, having passed every annual test on file from July 2022 through February 2026 without a single advisory or failure recorded. The most recent test on 27 February 2026 concluded with a clean pass, matching the outcome of each of the four preceding examinations. Across roughly three and a half years of documented testing, the motorcycle has accumulated no recorded defects in any category, including lighting, braking, suspension, tyres, or exhaust emissions. The stability of this pattern is itself the most informative mechanical signal available: the machine has consistently met the minimum roadworthiness threshold without component wear reaching reportable levels, suggesting that the systems most commonly subject to MOT scrutiny have remained within service limits throughout this period. Recorded mileage of 21,833 miles against a 14-year vehicle age equates to an annual accumulation of roughly 1,560 miles, which is modest for a commuter-class 125. The mileage history does not show any significant annual gaps or sudden jumps between tests; instead, the readings are broadly consistent with light, regular use supplemented by periods of standing. Mechanically, low annual mileage on a small single-cylinder machine reduces wear on high-cycle components such as the clutch, gearbox, and chain and sprocket set, but it does elevate the risk of issues associated with infrequent running. Seals, gaskets, and the carburettor can suffer from drying or fuel residue when the motorcycle is left idle for extended periods, and the brake system may develop surface corrosion on discs and pads if the bike is not used regularly enough to keep mating surfaces clean. For a prospective buyer, the absence of any advisory history means there are no specific components flagged as approaching the threshold of failure, so attention should shift to areas the MOT test does not directly cover but which are known wear points on this model. On a test ride, listen for any top-end engine noise, irregular idle, or hesitation under throttle that could indicate carburettor fouling or vacuum issues from prolonged standing. Check the chain for tight spots, surface rust, or inadequate slack, and inspect the sprockets for hooked or asymmetrical tooth profiles, as these wear items are not reported on the MOT. The front forks should be checked for any stiction or uneven rebound by compressing each side individually with the bike on a centre stand, and the rear shock should be inspected for leaking oil or a lack of damping control over bumps. Brake feel should be evaluated carefully given that the discs and pads are not showing test-recorded wear: expect a firm lever with no sponginess from the hydraulic system, and look for any scoring or lipping on the disc edges that could indicate pad wear despite the clean MOT record. Tyres, while passing on tread depth, should be examined for age-related cracking in the sidewalls, as rubber compounds degrade with calendar age regardless of mileage, and a 2012-build motorcycle is now approaching the age where original-equipment tyres may have been replaced several times. The electrical system, including the headlamp, indicators, and horn, should be confirmed fully functional, and the sidestand switch and kill-switch operation verified, as intermittent electrical faults often develop on lightly used machines where connections oxidise during standing periods.