2011 Yamaha YBR125 0.1L Petrol · LG61 WLL

A pattern of clean, uninterrupted roadworthiness emerges from the official DVSA testing record for this 2011 Yamaha YBR125, with each annual assessment since 2022 concluding with a pass certificate free of advisories, defects, or notable wear items. The most recent examination on 18 September 2025 recorded a pass with no defects, and this outcome sits within a consistent trend of compliance stretching back at least four cycles. A single failure is logged on 7 September 2022, yet the examiner recorded no defects against that test, suggesting an administrative or refusal-to-test situation rather than a mechanical non-compliance, as the identical date immediately afterwards also carries a pass entry with no defects recorded. For a fifteen year old commuter machine of this type, a record entirely devoid of advisories across recent testing is notable and points to either very modest component wear, prior remedial attention to any flagged areas, or components that have simply not yet reached the threshold for examiner comment. The recorded mileage of 26,913 miles against a 2011 manufacture date works out to an annual accumulation of roughly 1,794 miles, which is markedly low for a motorcycle of this class and intended purpose. The YBR125 is a learner-friendly commuter designed for regular daily use, and an annual figure of under two thousand miles typically indicates either sporadic short journeys, seasonal riding only, or extended periods of storage between MOT tests. Such low usage can be mechanically beneficial for wear items like brake pads, chain and sprockets, and tyre tread depth, but it also introduces specific concerns. Infrequent running allows moisture to condense inside the engine and fuel system, encourages corrosion on exposed steel components such as the chain, spokes, and fasteners, and can degrade the 12V battery through prolonged periods of discharge. Rubber items including fork seals, dust covers, and intake hoses can also harden and crack when a machine stands unused for long stretches. For a prospective buyer, the absence of recorded advisories means there is no specific component history to target from the MOT file, so attention should shift to the items most likely to have aged rather than worn on a low-mileage machine of this vintage. On a test ride, listen carefully for any knocking or clonking from the front end over bumps, which would indicate worn fork internals or deteriorated steering head bearings, both common on older YBR125s that have seen weather exposure. Check that the front brake lever delivers a firm, progressive feel with no sponginess, as seized front caliper slides are a known weakness on this model, and inspect the brake discs for any lipping or surface corrosion that might catch under heavy braking. Verify the chain runs smoothly without tight spots, and confirm the sprocket teeth present a symmetrical, shark-fin profile rather than hooked or pointed wear, as a neglected chain assembly can fail rapidly on a low-mileage bike that has seen long storage intervals. A thorough physical inspection should also address the areas that MOT testing does not cover, particularly given the low usage profile. Examine the underside and frame rails for any signs of corrosion, paying special attention to welds, brackets, and the swingarm pivot area, as road salt exposure over fifteen winters can take a toll even on a lightly used machine. Check the fork stanchions for pitting or rust scoring above the seals, inspect the carburettor and fuel tap for varnish deposits or stale fuel symptoms such as difficult cold starting, and confirm the tyres show even tread wear across their width with no flat spots from prolonged standing, along with sidewalls free of age-related cracking. Finally, verify the electrical system functions correctly, including the indicators, horn, headlamp, and brake light, and confirm that the battery holds charge under load, as a replacement is likely due on a motorcycle of this age regardless of MOT outcome.