2012 Baotian BT 125 T-12 Evolution 0.1L Petrol · FX12 ARF

A recurring history of electrical faults and suspension stanchion defects defines the roadworthiness profile of this Baotian, punctuated by test failures in 2019 and 2020 before arriving at its most recent pass on 2021-11-12. The historical data shows a mixed trend of compliance, where previous testing sessions caught issues including non-functional indicator lamps, headlamp main beam faults, and a severe hydraulic fluid leak from the central front lower shock absorber fork legs. While the machine cleared its last scheduled examination without recorded defects, the presence of these past major structural and electrical failures indicates that previous inspections required targeted intervention to achieve roadworthiness. Accumulating just 8,850 recorded miles across roughly fourteen years results in an average of approximately 632 miles per annum, representing a very low annual usage rate. This light utilization is further evidenced by a complete absence of recorded MOT tests between November 2021 and the current date in October 2026, indicating that the scooter has either spent an extended period off the road or operated entirely outside the statutory testing regime during those years. Mechanically, such protracted periods of minimal use or storage mean that rubber components, seals, and fluid pathways have not experienced regular operational cycles, while low-mileage commuter machines can also suffer from short-trip moisture accumulation within the exhaust system. Targeted inspection of the front suspension is essential during an in-person viewing, paying close attention to the fork legs that previously suffered a serious fluid leak and the offside front stanchion that exhibited a light misting of oil. During a static check and test ride, compress the front forks repeatedly to listen for any unusual squelching or knocking noises, and inspect the chrome stanchions for pitting, scoring, or fresh oil residue that would compromise damping performance and braking stability. The electrical architecture requires a thorough functional check of all lighting circuits, given the previous major failures involving the headlamp main beam flashing function, the registration plate lamp synchronization, and the offside rear direction indicator. Verify that every switch on the handlebars operates the corresponding lamps without delay or intermittent failure, and listen carefully to the exhaust note during idle and acceleration to ensure the system remains properly sealed, as a noisy exhaust was previously noted as a recurring advisory.