2008 Kawasaki EX 650 B8F ABS 0.6L Petrol · EU58 FHT

The most recent MOT test on 2026-08-17 resulted in a failure due to a major defect in the steering system, specifically a fouled wiring harness affecting steering operation at full lock near the fuel tank or bodywork. This failure contrasts sharply with the prior clean MOT results, indicating a sudden and critical issue that has not been resolved. The pattern of advisories and failures over the past decade—such as recurring steering bearing stiffness, brake pad thickness concerns, and structural handlebar deformation—suggests underlying mechanical wear or manufacturing defects that have not been adequately addressed. The vehicle’s history shows a mix of passing and failing tests, with several major and dangerous failures, particularly around steering and braking systems, which are critical to road safety. While the low recorded mileage might initially suggest minimal wear, the presence of persistent mechanical issues—especially when combined with the recent failure—demands careful consideration of whether the problem is isolated or part of a broader, unresolved condition. The vehicle’s recorded mileage of 27 miles over approximately 18 years represents an exceptionally low annual usage rate, averaging just 1.5 miles per year. Such a usage profile is highly unusual for a motorcycle of this age and is more consistent with long periods of stationary storage rather than regular operation. At such low mileage, consumable components like brake pads and fluids may not have experienced the typical wear associated with active use, but this does not negate the risk of other issues arising from prolonged inactivity. Standing vehicles are particularly vulnerable to corrosion in exposed metal parts, such as the handlebar frame, exhaust system, and steering components, which can accelerate wear or lead to mechanical failure. Additionally, fluids like brake fluid and coolant degrade over time due to evaporation and chemical breakdown, even without use, potentially compromising system performance. Given the recent MOT failure and the history of steering and braking advisories and defects, the prospective buyer should conduct a thorough inspection of the steering system for any signs of wiring damage, corrosion, or mechanical binding. On a test drive, listen for unusual noises from the steering column, particularly at full lock, and check for any stiffness or resistance when turning. The handlebar deformation noted in previous tests may indicate structural fatigue; visually inspect the frame for cracks or warping, and ensure there is no binding when the handlebars are moved. The brake system should be tested for sponginess or uneven braking, which could signal worn pads, warped discs, or hydraulic issues. If the steering or handlebar issues persist, the buyer should prioritise addressing these before proceeding, as they pose significant safety risks. For the buyer, the low mileage and age of this vehicle necessitate a focus on age-related wear and potential standing-related damage. Check the tyre sidewalls for signs of perishing, cracking, or dry rot, which can compromise structural integrity and safety. Inspect the battery for corrosion on terminals, a swollen case, or reduced cranking power, as a 12V battery in a stationary vehicle can degrade rapidly. The brake discs should be examined for corrosion, pitting, or binding, particularly if the vehicle has been left stationary for extended periods. Additionally, given the advisories of slightly stiff steering bearings and scored brake discs, the buyer should verify that all fluids—including brake fluid, coolant, and engine oil—are within their service life, as fluids degrade over time regardless of mileage. If possible, obtain a service history to confirm that routine maintenance like fluid changes and bearing inspections were conducted. Finally, given the recent MOT failure, the buyer should consider whether the wiring harness or steering components have been repaired or replaced, and if so, by a qualified professional to ensure long-term reliability.