Why Ship Stabilizers FAIL in the Drake Passage (Physics Explained)

Описание: Modern ships are built to survive anything, but the Drake Passage is different. Here, stabilizers fail, massive swells collide from multiple angles, and ships are twisted by the strongest current on Earth. In this video, we reveal the terrifying science behind why this specific stretch of ocean is a nightmare for captains.

Unlike normal storms, the Drake Passage creates a chaotic motion known as the "Drake Shake." We dive deep into the underwater topography and physics to show you exactly what happens when deep-sea ridges amplify waves to dangerous heights.

🌊 We break down:
The Failure Point: Why ship stabilizers cannot handle these specific wave patterns.
The Collision: What happens when wave systems hit a ship from different angles.
The Geography: How the ocean floor 3,000m down forces water to explode upwards.
The Experience: Why vessels roll, pitch, and slam simultaneously.

⚠️ This is the real reason the Drake Passage is the ultimate maritime test.
Want to see REAL footage of this happening? Watch this next: [Link]"


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