What is the proper reactive speed to operate an aerial lift on a slick surface?

When operating an aerial lift on a slick surface, the proper reactive speed is slow and controlled to prevent slipping or losing control. Slick surfaces can significantly reduce traction, which directly affects the stability of the aerial lift. Slowing down allows the operator to maintain better control over the equipment, reducing the likelihood of accidents caused by sudden movements or loss of grip.

By operating at a controlled speed, the operator can more effectively manage potential hazards, such as sliding or tipping, that could occur if the lift were to move too quickly. This cautious approach is especially important in maintaining safety standards and ensuring the well-being of both the operator and any personnel working nearby.

In contrast, operating with fast and aggressive movements, although it might seem like a way to maintain momentum, increases the risk of losing control on slick surfaces. While a moderate speed may be safer than fast movements, it doesn't emphasize the necessary care and precision required on slippery surfaces as effectively as a slow and controlled approach does. Lastly, the variable speed based on load weight does not prioritize surface conditions, which is crucial in maintaining stability on slick areas.