2007 Honda CBR 1100 X-6 1.1L Petrol · BD57 SXT

The Honda CBR 1100 X-6 presents a stable roadworthiness record in its most recent MOT history, with the April 2025 test at 62,855 miles showing no defects—consistent with the three preceding passes in early 2024 and 2023. The sole failure in January 2022, also at 62,553 miles, stands as an anomaly with no recorded defects, suggesting either a procedural error or an oversight in documentation. Given the absence of advisories or recurring issues across four consecutive passes, the bike’s core mechanical systems—brakes, suspension, steering, and structural integrity—appear to have been maintained at a functional level. However, the near-identical mileage figures between tests (e.g., just 6 miles gained between the 2024 and 2025 MOTs) raise immediate questions about genuine usage or prolonged storage. The vehicle’s low annual mileage—around 3,308 miles over 19 years—is atypical for a motorcycle of this age, particularly one with no recorded defects. The mileage stagnation between tests is striking: the bike covered just 38 miles between the January 2022 failure and the January 2022 pass (same date, same mileage), followed by another 258 miles over the next 12 months. This pattern suggests either infrequent use, long periods of disuse, or potential odometer discrepancies. While low mileage generally reduces wear on consumables, it also means critical components like seals, cables, and rubber bushes may have degraded due to age rather than use. The lack of mileage progression between recent MOTs is a red flag for a buyer, warranting verification of the odometer’s accuracy and the bike’s actual operational history. For a prospective buyer, the absence of defects in the MOT history does not eliminate the need for a thorough pre-purchase inspection. Given the motorcycle’s age and the stagnant mileage, priority should be given to checking the condition of suspension components—particularly the rear shock absorber mounts, fork seals, and steering head bearings—for signs of dryness or leakage. Braking systems, including the master cylinder, brake fluid condition, and caliper operation, should be tested under load, as hydraulic lines and seals can deteriorate even with minimal use. Structural corrosion, especially around the frame rails and subframe, must be scrutinised, as moisture retention from storage could accelerate rust despite low mileage. Finally, the electrical system—battery health, wiring integrity, and lighting functionality—should be verified, as older motorcycles often suffer from degraded insulation or failing solenoids when left unused for extended periods.