2005 Kawasaki ZR 1200 A5H 1.1L Petrol · LK05 GEY

The vehicle presents a consistent and stable maintenance profile with no recorded defects across the last five years of testing. The most recent MOT in June 2025 at 47,226 miles returned a clean pass with no advisories, indicating that the vehicle has met all essential regulatory standards for roadworthiness. This continuity suggests a predictable maintenance pattern rather than a history of reactive repairs or recurring mechanical failures. The mileage accumulation is notably low for a 21-year-old vehicle, averaging approximately 2,249 miles per year. The data shows a steady, incremental increase in distance covered, moving from 41,061 miles in June 2021 to 47,226 miles in June 2025. This gradual progression suggests the vehicle has been used for light, intermittent trips rather than long-distance commuting or heavy-duty use. Such low annual mileage can be beneficial for reducing wear on the drivetrain and engine components, though it can sometimes lead to seals drying out or fluids degrading due to infrequent operation. While the MOT history is exceptionally clean, the low annual usage warrants a physical inspection of age-related items that the MOT testing regime does not always capture in detail. A buyer should specifically examine the condition of rubber components, such as fuel lines, fork seals, and various suspension bushes, which can perish from standing rather than friction. Given the low mileage, checking for signs of corrosion on the chassis and exhaust system is also prudent, as moisture can accumulate in areas of the frame that are not frequently cleaned or ventilated. The absence of any recorded advisories regarding brake pads, discs, or tyre tread depth across the documented period is a positive indicator of general upkeep. However, because the MOT focuses on safety-critical failures, a thorough inspection of the drive chain, sprocket wear, and sprocket alignment is recommended to ensure the low mileage has not resulted in neglected lubrication or uneven tension.