2021 Yamaha GPD125-A Nmax 125 ABS 0.1L Petrol · LL21 FFT

A pattern of escalating wear and recent critical safety failures defines the mechanical history of this scooter. While it achieved a pass on 2026-08-25, this followed a failure on the same date for dangerous defects including an insecure nearside handlebar grip and a faulty rear brake switch that left the stop lamp permanently illuminated. This follows a 2025 test where multiple advisories were issued for worn consumables and suspension leakage, suggesting a vehicle that is beginning to show the effects of heavy operational demand. The recorded mileage of 89,381 miles is exceptionally high for a five-year-old machine, representing an annual average of approximately 17,876 miles. This usage profile is typical of high-intensity urban commuting or commercial delivery work. Such mileage places significant stress on the drivetrain, particularly the transmission belt and variator rollers, and accelerates the degradation of suspension bushings and brake components compared to typical residential use. Attention must be paid to the rear suspension and braking system during a physical inspection. The 2025 advisory regarding a light misting of oil from the nearside rear shock absorber indicates a failing seal; on a test drive, listen for knocks over uneven surfaces and feel for excessive bouncing or a lack of damping at the rear of the chassis. Additionally, verify the current thickness of the front brake pads and the tread depth of the front tyre, as both were recorded as being close to the legal minimum in late 2025. The recent dangerous failures necessitate a thorough check of the control interfaces. Ensure the handlebar grips are firmly seated and do not rotate independently of the bars. Verify that the stop lamp functions correctly, illuminating only when the brakes are applied and extinguishing immediately upon release. Given the high mileage, a test drive should also focus on the smoothness of acceleration to identify any shuddering or slipping within the CVT transmission.