2009 Kawasaki ZG 1400 A9F 1.4L Petrol · PA54 EAS

The most recent MOT record for this 2009 Kawasaki ZG 1400 indicates a concerning instability in roadworthiness, particularly in the final 12 months. The vehicle failed its test on 17 October 2024 without any recorded defects, only to pass the subsequent retest two days later on 18 October 2024. While this suggests a swift resolution to an undocumented issue, the lack of transparency in the failure reason raises immediate questions about what may have been overlooked or hastily addressed. The absence of any defects in the 2019 and earlier tests contrasts sharply with this recent anomaly, implying either a sudden deterioration or a failure to disclose critical findings during the retest. Buyers should treat this as a red flag, as unresolved or poorly documented issues often recur. The mileage data is insufficient to draw meaningful conclusions about the vehicle’s usage pattern, as only three tests span a decade with no recorded mileage figures. The most recent tests in 2024 lack any odometer reading, making it impossible to assess whether the vehicle has been driven excessively since then or has sat unused. The 2019 test recorded 24,048 miles, while the 2018 and 2017 tests showed negligible mileage progression—23,970 and 23,764 miles respectively—suggesting either minimal use or an error in reporting. Without current mileage, any evaluation of wear and tear is speculative, but the lack of progress over three years is unusual for a motorcycle of this age and class. Given the sparse MOT history, a buyer should prioritise an independent inspection of high-wear components that are not always captured in standard MOT tests. The suspension system—particularly the rear shock absorbers and steering head bearings—should be closely examined for excessive play, fluid leaks, or corrosion, as these are common failure points on high-mileage bikes. The braking system warrants scrutiny beyond the MOT’s basic checks, including the condition of brake pads, discs for warping or excessive wear, and caliper binding. Structural integrity is also critical; inspect the frame for stress cracks, especially around welds and stress points, and check the fuel tank and exhaust system for signs of corrosion or leaks, as these are often overlooked but can compromise safety. The absence of recorded defects in past tests does not guarantee these areas are sound, and a thorough mechanical assessment is essential.