2008 Yamaha YBR125 0.1L Petrol · LD08 LCP

The most recent MOT test conducted in February 2026 resulted in a pass with no recorded defects. While the history shows a recurring pattern of failures immediately preceding the passes in both 2025 and 2026, the lack of specific defect descriptions in the record makes it difficult to pinpoint the exact nature of these failures. However, the ability to consistently pass the inspection suggests that the vehicle is being maintained sufficiently to meet regulatory standards and that any minor non-compliance issues are being rectified promptly. The overall maintenance trend appears stable, provided the recent retests were for minor, easily corrected items. With 29,574 miles recorded over its eighteen-year lifespan, this Yamaha YBR125 has covered an average of approximately 1,643 miles per year. This represents very low annual usage, which implies less mechanical wear on the engine, piston rings, and gearbox than a high-mileage equivalent. However, such low usage often indicates that the motorcycle has spent significant periods stationary. While this preserves the drivetrain, it introduces specific risks related to component stagnation and the degradation of materials that occur through age rather than through friction and heat. During a physical inspection, you must prioritise checking for age-related perishing rather than tread depth. Examine the tyres thoroughly for sidewall cracking or dry rot, as rubber compounds harden and lose grip over time, making them unsafe regardless of how much tread remains. You should also inspect the drive chain for signs of corrosion, stiffness, or seized links, which are common in vehicles that sit idle. Check the brake system for any signs of binding calipers or corrosion on the brake discs, and be aware that brake fluid is hygroscopic; if it has not been changed recently, it may have absorbed moisture, potentially leading to internal corrosion or a spongy lever feel. Further attention should be paid to the electrical system and fluid integrity. Test the 12V battery health, as long periods of inactivity can lead to sulphation and reduced cranking power. Inspect the front fork seals and rear suspension for any signs of weeping or oil leaks, as seals can perish and lose their ability to retain fluid when not regularly lubricated by movement. Finally, verify the service history to ensure that oil changes have been carried out at regular intervals based on time rather than just mileage, as engine oil undergoes chemical degradation even when the engine is not in use.