2006 Honda CG125 0.1L Petrol · LF06 FEO

A 2006 Honda CG125 presenting with two decades on the road but only 9,785 recorded miles tells a story of light, intermittent use, and the official DVSA record reflects that pattern of minimal activity. The most recent assessment on 10 June 2025 was a clean pass with no advisories or defects recorded, which is consistent with the 28 June 2023 pass and the earlier 2024 pass on 18 June. Notably, the machine did suffer two failures during 2023 and 2024, yet both tickets were marked with no defects recorded, suggesting the test was abandoned or the vehicle was presented in a non-testable condition rather than failing on a specific mechanical item. Across the entire visible DVSA history the absence of any advisories for tyre wear, brake condition, suspension, lighting, or corrosion points to a motorcycle that has not been subjected to the kind of cumulative wear that typically accumulates on a daily-ridden machine. The overall trajectory is therefore one of stable roadworthiness, supported by a clean recent pass. With an average annual accumulation of roughly 489 miles across a twenty-year period, this CG125 has clearly spent extended periods either garaged or stationary, interspersed with very light use. Such a usage profile is mechanically significant: low mileage does not necessarily equate to a pristine machine, because prolonged standing can be just as damaging to certain components as heavy use. The carburettor, fuel system, and small-bore engine internals are particularly vulnerable to issues arising from infrequent operation, including stale fuel, varnish build-up in jetting, and oil seals drying out and then weeping once the machine is run. The braking system, given its light use, may also exhibit surface corrosion on the discs and seized or binding caliper slide pins, which would not necessarily have been flagged at MOT if the braking efficiency remained within tolerance. Equally, suspension linkages, swingarm bearings, and the centre and side stands can seize from lack of movement, and tyres of unknown age may have hardened and cracked even though they passed for tread depth. For a prospective buyer, the priority checks should centre on the components most likely to suffer from extended low-use rather than high-mileage wear. On a test ride, listen carefully for any engine misfire, hesitation, or reluctance to rev cleanly, which would suggest carburation issues from stale fuel or a partially blocked pilot jet, and observe whether the engine smokes on the overrun or after a cold start, as dried valve stem oil seals frequently begin to mist once the motorcycle is run again after long lay-ups. Inspect the brake discs closely for a hard rust ridge around the circumference and check that the caliper pistons retract fully, as binding calipers are common on lightly used machines and will manifest as excessive drag, pulling to one side under braking, or a noticeable reduction in rolling efficiency. Examine the tyres not just for tread depth but for sidewall cracking, perishing, and general flexibility, because rubber older than five years can pass an MOT on depth alone yet still be unsafe in the wet. Suspension and chassis components deserve equally close scrutiny given the low-mileage profile. Push down firmly on the front forks and rear shock to confirm they move freely without sticking or toping out with a clunk, and check for any oil staining on the fork stanchions that would indicate failing seals now that the machine is being used again. Inspect the chain and sprockets for surface rust and stiffness, as a chain that has corroded during storage can bind and skip on the rear sprocket, and verify that the swingarm pivot, headstock bearings, and wheel bearings all turn smoothly without notchiness. Finally, examine the exhaust system for internal corrosion, particularly at the downpipe and silencer joints, since twenty-year-old mild steel components frequently rot through internally even when the external surface appears sound, and confirm that the electrics, indicators, horn, and headlight all function correctly, as loom degradation and connector corrosion are common on motorcycles of this age that have seen only sporadic use.