Executive Summary
This thesis proposes an underwater system to protect the Turkish Straits from maritime terrorism by impeding a terrorist ship's propeller efficiency. The system uses ropes and nets deployed by unmanned underwater vehicles to entangle the propeller, significantly reducing its thrust. This method aims to stop vessels carrying dangerous cargo before they can cause catastrophic damage in the vulnerable straits.
Why It Matters
This document is crucial for defense analysts as it proposes a novel, non-lethal counter-terrorism method for critical maritime chokepoints, offering insights into naval defense innovation and vulnerability mitigation strategies. It highlights the evolving threats to maritime security and potential engineering solutions to protect vital waterways.
Key Takeaways
- A proposed underwater system uses ropes and nets to entangle ship propellers, effectively stopping terrorist vessels in critical chokepoints.
- The Turkish Straits are highly vulnerable to maritime terrorism, particularly from vessels carrying dangerous cargo like LNG/LPG.
- The research details the design of the system, including artificial reefs, waterproof tanks, UUVs, and sonar, to achieve significant propeller efficiency loss.
- The system is designed to stop a ship before it enters the strait, preventing potential catastrophic explosions of dangerous cargo.
Strategic Relevance
This research offers a strategic non-lethal defense mechanism against maritime terrorism in critical chokepoints, reducing the risk of catastrophic incidents involving dangerous cargo. It provides a tactical solution for naval forces and coast guards to neutralize threats without resorting to destructive force, thereby minimizing collateral damage and environmental impact in densely populated or environmentally sensitive areas.