2017 BMW S 1000 1.0L Petrol · HN17 GVM

The most recent MOT test on 2023-12-05 confirms the vehicle passed without defects, though the record reveals an unusual pattern of consecutive pass/fail entries in 2021 and 2022. The lack of advisories or recurring faults suggests no systematic mechanical issues were detected, yet the repeated failures at identical mileages (9,710 and 9,885 miles) raise questions about administrative errors or test centre inconsistencies rather than genuine roadworthiness concerns. The final pass in December 2023—just 147 miles from the previous test—indicates the vehicle has not been driven since then, which may imply storage rather than active use. The recorded mileage of 10,032 miles over nearly nine years equates to an average of approximately 1,115 miles annually, a figure unusually low for a high-performance motorcycle. The gaps between tests—particularly the 14-month interval between the 2021 and 2022 MOTs—suggest prolonged periods of inactivity. Such low mileage could indicate the bike was stored rather than ridden, which may accelerate wear on components like seals, battery health, and suspension lubrication. The absence of higher mileage accumulation also means fewer opportunities for natural wear patterns to emerge, making pre-purchase inspection critical for identifying hidden degradation. Given the lack of recorded faults, the primary focus for a prospective buyer should be the battery, which may have suffered from extended disuse. The tester did not note any electrical advisories, but a motorcycle left unused for years risks a dead battery or corroded terminals. The suspension—particularly the rear shock absorbers and steering head bearings—should be examined for dryness or fluid leaks, as low-mileage bikes often neglect routine servicing. Tyres, despite passing MOTs, should be checked for uneven wear or cracking, as standing causes premature degradation. Finally, the frame and fuel system should be inspected for corrosion or leaks, as prolonged storage can accelerate rust formation in critical areas.