1999 Kawasaki ZZ-R1100 1.1L Petrol · T618 BCK

The vehicle presents a stable maintenance profile based on the available MOT history, though the record is now significantly outdated. The most recent recorded test occurred on 11 March 2022 at 38,863 miles, which passed with advisories regarding a slightly worn rear shock absorber bush and a headlamp aim at its highest limit. Given that the current date is 29 July 2026, the vehicle has not undergone a recorded MOT test for over four years, meaning its current roadworthiness cannot be verified through these official records. The mileage pattern indicates very light usage for a 27-year-old motorcycle, averaging approximately 1,439 miles per year. The data shows consistent, low-interval progression, such as the increase from 33,680 miles in May 2011 to 35,002 miles in June 2012. However, the recording of only 38,863 miles as of 2022 suggests the vehicle has likely been stationary for extended periods. This pattern of low usage often leads to age-related degradation of rubber components and seals rather than mechanical wear from high mileage. A prospective buyer must conduct a thorough physical inspection of the suspension and exhaust systems. The 2009 failure highlighted issues with an exhaust leak, noisy operation, and insufficient mounting support, while the 2022 advisory flagged a worn rear shock absorber bush. These recurring points suggest the owner should check the integrity of all exhaust fixings and the condition of the rear suspension mounting points. The headlamp aim issue from 2022 also warrants a check of the lighting alignment and electrical connections. Beyond the recorded faults, the long period of inactivity since 2022 necessitates a close examination of consumables that degrade with time. Check the tyres for sidewall cracking or flat spots, inspect all rubber hoses for perishability, and verify the condition of the fuel system and battery. While the historical records show a generally well-maintained machine, the lack of recent testing and the low mileage profile mean that age-related deterioration is a higher risk than mechanical wear.