2002 YAMAHA BT 11001.1L Petrol

The vehicle shows a stable but aging maintenance profile, with the most recent MOT pass in June 2023 at 44,625 miles indicating a machine that remains operational despite recurring minor defects. While the motorcycle has passed its tests, the record shows a persistent trend of brake component wear. The June 2023 test flagged pitted and scored front and rear brake discs, alongside a rear brake pedal with slight side movement suggesting a worn bearing or pivot. This follows similar advisories regarding disc condition seen in the 2021 and 2018 tests, suggesting that while the braking system is functional, the hardware is reaching the end of its service life. The mileage pattern is exceptionally low for a 2002 model, averaging approximately 1,859 miles per year. The data shows significant periods of inactivity, such as the gap between the 2010 test at 29,080 miles and the 2014 test at 34,886 miles. This low usage often implies the vehicle has spent long periods standing, which can lead to the degradation of rubber components and fluid systems. The 2015 and 2014 tests specifically noted low brake fluid levels in the master cylinder and reservoir, a common symptom of seal shrinkage or moisture ingress in vehicles that are not ridden frequently. A prospective buyer should prioritise a physical inspection of the braking system and hydraulic integrity. The recurring mentions of pitted discs and low fluid levels suggest that the master cylinder seals and brake calipers require close scrutiny for leaks or seized pistons. The 2021 report also noted a front alloy banjo not recommended for road use and slight wheel misalignment, which warrants a check of the steering geometry and all hydraulic fittings. The suspension and tyres also require attention. Although the rear suspension bush issue from 2009 appears to have been resolved, the long periods of dormancy mean all rubber bushes, seals, and tyre sidewalls should be checked for perishing or cracking. Given the age and the low mileage, the mechanical components may show more signs of age-related deterioration and fluid stagnation than actual wear from heavy use.