2015 BMW R Ninet 1.2L Petrol · RO13 POW

A largely unbroken history of first-time test passes defines the official MOT record for this BMW R nineT, culminating in a clean pass on 24 July 2025. Across its test history, defects have been notably sparse, restricted entirely to a corrected headlamp aim failure in 2013, an inoperative registration plate lamp minor defect in 2018, and a worn rear tyre advisory in 2019. This stability indicates that the machine has consistently met baseline UK roadworthiness standards without developing chronic structural corrosion or recurring mechanical faults. Accumulating just 10,799 miles over approximately eleven years results in an average of under 1,000 miles annually, representing a remarkably low usage profile for a motorcycle of this age. This sparse mileage is corroborated by gaps in the testing timeline, including no tests recorded for 2021 and 2026 falling outside the current test validity window. Such intermittent use means components spend extended periods stationary, making a physical inspection of rubber seals, fork seals, and hydraulic lines vital to ensure degradation has not occurred from lack of movement. Targeted buyer checks should focus directly on the historically flagged items and areas prone to wear on low-mileage machines of this configuration. Inspect the rear tyre tread depth and profile shape carefully, verifying that the rubber has not hardened or squared off from sitting idle. Pay close attention to the headlamp unit to ensure the beam leveling and adjustment mechanism operates correctly following its past adjustment failure, and check the rear registration plate illumination wiring for any intermittent faults. During a static inspection and subsequent test drive, listen closely for any unusual mechanical noise from the air-oil cooled boxer engine and shaft drive assembly. Test the brakes thoroughly for binding or uneven pad retraction, ensuring the front and rear brake lines are free from perishing. Check the inverted front forks for any oil misting or weeping past the seals, and confirm that the electrical switchgear and charging system function reliably under load.