2022 Yamaha GPD125-A Nmax 125 ABS 0.1L Petrol · PF22 DFJ

A pattern of two dangerous brake and wheel-bearing failures across just four recorded MOT tests defines the mechanical history of this 2022 Yamaha NMAX 125 ABS. The most recent attempted test on 27 January 2026 resulted in a pass alongside an advisory for a rear tyre nearing the legal tread limit, but the same date also shows a failure recorded for a rear brake pad worn below 1.0 mm thick, classed as a Dangerous item. Earlier, on 6 June 2025, the scooter passed with no recorded defects, yet a separate failure on the same date cited Dangerous front wheel bearing play described as excessive and likely to break up. Recording two Dangerous failures within roughly nineteen months, together with a borderline-tyre advisory on the latest inspection, points toward consumables being run to the absolute limit of serviceability rather than being replaced preventatively, and any buyer should plan for immediate wear-item attention. At 29,923 miles over four years, the recorded accumulation works out to roughly 7,481 miles per year, which sits comfortably within normal commuter-scooter usage. There are no multi-year gaps in the testing history that would suggest extended periods off the road and no sudden jumps between readings that would imply an inconsistent odometer. Mechanically, a steady annual mileage of this magnitude means the engine, variator components, drive belt, brake system, and tyres have all been worked regularly rather than left to deteriorate through standing, but it also means pads, bearings, tyres, and suspension bushes have accumulated genuine wear and should not be assumed to have substantial remaining life on the basis of calendar age alone. Given the Dangerous rear brake pad failure and the same-date rear tyre advisory, a prospective buyer should carry out a careful physical inspection of the braking system and tyres before committing. Measure the rear tyre tread depth across the full width, not just the centre, and check both sidewalls and the tread surface for flat spotting, cracking, or uneven wear that could indicate a prolonged period with low pressure. With the brake calliper accessible, attempt to retract it and confirm the pad slides cleanly in its mount, as binding or seized sliders commonly produce the kind of inner-pad wear that leaves material dangerously thin even when the lever travel still feels acceptable. The rear disc should also be examined for a defined outer lip and scored surface, as pad material worn down to backing-plate level typically coincides with a disc that has reached its minimum thickness. The Dangerous front wheel bearing failure recorded in June 2025 is the more serious of the two mechanical flags and warrants particular attention on any test ride. With the front wheel lifted or the scooter on the centre stand, grip the tyre at the top and bottom and attempt to rock it side to side, listening for any notchiness, clicking, or roughness that would suggest the replacement bearing has itself worn prematurely. On a road test, any knocking transmitted through the handlebars over uneven surfaces, wandering front-end tracking, or a reluctance to self-centre after cornering should be treated as a red flag requiring immediate bearing inspection. Beyond these specific items, the absence of any corrosion advisories on a machine of this age is a positive structural indicator, but the two Dangerous defects underline that this NMAX requires a hands-on inspection rather than a paperwork-only purchase decision.