2006 BMW R Series 1.2L Petrol · CE06 OAM

The 2006 BMW R series presents a clean and stable maintenance trend across its entire recorded MOT history. The most recent test on 13 August 2025 at 23,016 miles passed with zero defects, continuing an unbroken chain of five consecutive advisory-free passes dating back to 2019. This pattern indicates consistent mechanical reliability and suggests the motorcycle has been properly maintained, with no recurring faults or emerging deterioration flagged by any tester over the past seven years. The mileage accumulation is notably low for a machine of this age. Between the 2019 test at 21,446 miles and the 2025 test at 23,016 miles, the motorcycle covered just 1,570 miles over six years, averaging roughly 262 miles annually in that window. The earlier record shows a steadier pace, with 291 miles added between July 2020 and August 2021, and 779 miles between August 2021 and October 2024. The overall lifetime average sits around 1,151 miles per year, which is well below typical use for a 20-year-old motorcycle. Such low annual mileage raises the possibility of prolonged periods of inactivity, which can introduce its own concerns despite the clean test record. A buyer should pay close attention to components that deteriorate with age and standing time rather than mileage alone. Rubber suspension bushes, fork seals, and tyre sidewalls can perish from age-related cracking even when tread depth remains adequate. The braking system deserves a thorough inspection, particularly the condition of brake discs, caliper pistons, and flexible hoses, as seized pistons and corroded lines are common on machines that sit unused. Fuel system integrity, including tank internals and fuel hoses, should also be checked, as stale fuel and ethanol-blended petrol can cause corrosion and degradation in older BMW motorcycle systems. The clean MOT record is encouraging but does not substitute for a hands-on mechanical inspection. A low-mileage motorcycle of this age benefits from regular use, and the extended gaps between tests suggest periods where the machine may have stood idle. A test ride under varied conditions, combined with a close visual inspection of structural mounting points, exhaust fixings, and electrical connections, will reveal whether the clean paperwork translates to a sound and rideable machine.