What is a common hazard associated with EWP operations in adverse weather conditions?

Adverse weather conditions can significantly affect the stability and operation of Elevated Work Platforms (EWPs). One of the main hazards during these conditions is the unpredictability of load stability. Wind, rain, snow, and ice can alter not only the balance of the platform but also the weight distribution of the load being lifted. These factors can create a higher risk of tipping, swaying, or even loss of control of the EWP.

For instance, strong winds can cause a platform to sway, which could lead to a sudden shift in load or even completely destabilize the platform if not properly addressed. Operators must be acutely aware of these potential hazards and adjust their operations accordingly, such as by lowering the platform to a safe position or securing loads more effectively when weather conditions deteriorate.

The other options do not present realistic hazards in such situations. Increased visibility is not generally associated with adverse weather, and poor weather conditions typically lead to reduced visibility. Less worker fatigue is unlikely, as adverse conditions can lead to increased stress and difficulty in performing the job. Immediate safety alerts are useful tools, but they do not address the specific hazard of load stability during adverse weather. Therefore, carrying out operations with an understanding of the changing conditions and their impact on load stability