Massive Ocean Whirlpools are Real??

While eddies create circular currents, the idea of them actively pulling in passing ships like giant whirlpools is generally not accurate.

Here's why:

Eddy strength: Even large eddies typically don't possess the sheer force required to physically pull in a ship. They primarily impact water movement within their boundaries, and while they can cause turbulence and affect a ship's course, they don't exert a direct pulling force.

Ship size and resistance: Modern ships are massive and robust, designed to withstand strong currents and waves. Their maneuverability allows them to navigate around or through eddies without being significantly affected.

Dynamics of interaction: Ships are not passive objects in the water. They actively respond to currents and winds, using their engines and rudders to maintain control. Even if an eddy's flow affects a ship's position momentarily, the crew can adjust course and counteract any unintended movement. However, it's important to note that:

Smaller vessels: Smaller boats or sailboats might be more susceptible to the influence of eddies due to their lower mass and maneuverability. In such cases, caution is advised when navigating near eddies.

Turbulence and unpredictable behavior: Eddies can create turbulent waters and unpredictable currents. While not directly pulling ships, these conditions can still pose challenges to navigation and require careful attention from experienced mariners.

Specific cases: In rare instances, particularly large or powerful eddies might create localized zones of stronger currents that could temporarily affect a ship's course. However, even in these scenarios, it wouldn't be an active "pulling" action but rather a result of the overall water movement within the eddy.