2013 LML Star 125 Auto 0.1L Petrol · RP06 MOD

A clear and ongoing concern surrounding the front braking system defines the mechanical profile of this 2013 LML STAR 125 AUTO, with two significant failures separated by less than three years both pointing to the same area of the machine. On 19 November 2021 the vehicle was presented for test and failed on a dangerous defect, with the front brake pad recorded at less than 1.0 mm thick, which is the minimum legal threshold and indicative of metal-on-metal contact if driven any further. The subsequent test on 14 June 2024 recorded a pass, but only after a prior attempt on 7 June 2024 failed with the front brake excessively binding, a condition often linked to a seized caliper, corroded slide pins, or a collapsed piston within the caliper assembly. Although the vehicle has now cleared its test, the recurrence of front brake related defects across separate test events suggests the braking hardware warrants close scrutiny, particularly as pad wear and binding calipers are mechanically linked on many smaller displacement scooters, where a sticking caliper generates excessive heat and accelerates pad consumption. A minor advisory regarding an inoperative indicator tell tale was also noted on both the June 2024 pass and the preceding failed attempt, suggesting an unresolved electrical concern within the indicator circuit. The recorded mileage of 18,602 miles across a thirteen year service life equates to an annual accumulation of roughly 1,431 miles, which is exceptionally low for any road vehicle and particularly so for a 125cc automatic scooter intended for regular commuting or urban use. There is a notable testing gap between the November 2021 test events and the June 2024 attempt, suggesting either an extended period off the road or a period during which the vehicle was not subject to MOT testing, possibly due to SORN status, a newly acquired registration, or simply not being used on public roads. Low annual mileage of this nature typically results in prolonged periods of stationary storage, which can promote moisture ingress into brake components, oxidation of caliper pistons, stiffening of cables, and degradation of rubber seals throughout the braking and suspension systems. Equally, short infrequent journeys prevent brake discs from being regularly cleaned through normal use, accelerating surface corrosion on the rotor faces even when pad material remains relatively thick. A prospective buyer should focus their physical inspection on the front brake assembly, beginning with a check of pad material thickness through the caliper window, followed by an assessment of disc condition for any lipping, scoring, or heavy surface rust that has become embedded rather than wiped away during running. The front caliper should be examined for any signs of seized pistons or corroded sliding mechanisms, which can be tested by attempting to push the scooter forward with the front brake lever released to ensure the wheel rotates freely without any residual drag. The test ride should incorporate multiple firm brake applications from moderate speed to confirm straight line stability under braking, with any pulling to one side suggesting a stuck caliper or uneven pad wear that the MOT history implies is a real risk. Given the indicator tell tale advisory, the indicator circuit should be function tested including all four repeaters, the dashboard warning function, and the audible click to verify that the previous electrical fault has been properly resolved rather than simply passing through on retest without correction. Finally, attention should be given to the general condition of the running gear, with particular regard to the front suspension, given that low mileage and standing periods can lead to corrosion on fork stanchions and hardening of dust seals. The tyres should be inspected for flat spotting from prolonged standing and for any cracking in the sidewalls consistent with age rather than wear, as rubber deteriorates through time regardless of mileage. Steering head bearings, wheel bearings, and the centre stand mechanism are all areas that suffer from infrequent use and should be physically checked for smooth operation and free movement without binding. Given the documented brake history, the asking price should reflect the near-term likelihood of caliper overhaul or replacement, new brake pads, and a thorough check of the indicator wiring loom, all of which represent foreseeable maintenance items rather than speculative concerns.