2016 Lexmoto Xflm 0.1L Petrol · SX16 GXC

A mixed history of failures and recurring advisories defines the mechanical roadworthiness of this 2016 Lexmoto, culminating in a pass on 2022-08-19. Across six recorded tests, the machine has accumulated notable safety defects, including a dangerous failure in July 2020 for an excessively tight drive chain alongside a severely binding rear brake, as well as a prior failure in July 2019 for electrical and drivetrain faults. While the most recent test resulted in a pass, it carried repeat warnings concerning structural corrosion and a binding front brake, indicating that underlying maintenance issues have persisted over multiple years rather than being permanently resolved. With 15,563 miles recorded over its ten-year lifespan, the machine has averaged roughly 1,556 miles per year, demonstrating a very light usage pattern. This low annual mileage is further highlighted by test intervals that show periods of inactivity or delayed testing during the summer months of 2020. Mechanically, such light usage means components spend extended periods stationary, which directly correlates with the corrosion noted on the structure and wheel spokes, as well as the recurring tendency for brakes to bind from lack of regular dynamic movement. On a static and dynamic inspection, a prospective buyer must pay immediate attention to the braking system and final drive components flagged in the testing history. During a test drive, check for excessive resistance, pulsing, or dragging sensations indicative of the front and rear brakes binding, and inspect the brake pedal pivot for any side-to-side play that was previously noted as worn. Furthermore, the drive chain requires careful manual inspection for tight spots, stretch, and proper tension limits to ensure it does not repeat the dangerously overtightened state recorded in past test failures. Finally, a thorough examination of the chassis and wheels is essential to assess the extent of the reported structural corrosion and spoke degradation. While testers deemed structural rigidity uncompromised at the last test, surface rust on the frame and wheels should be scrutinised for progression, particularly around welded joints and fixings. Listening closely for rattles or structural flexing over rough road surfaces during the test ride will help confirm whether the corrosion has begun to impact the overall integrity of the machine.