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KADEX 2024: LIG Nex1's Sea Sword II sets new standard for autonomous naval defense.
At KADEX 2024, LIG Nex1 has taken the spotlight by showcasing its cutting-edge Sea Sword II unmanned surface vehicle (USV), a versatile platform designed for a range of naval operations in modern warfare.
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Sea Sword-2 Unmanned Surface Vehicle. (Picture source: Army Recognition Group)
The Sea Sword II, initially unveiled in 2019, continues to evolve as a multi-mission platform equipped with a suite of advanced sensors and weaponry, making it a formidable asset for both the Republic of Korea Navy and potential international customers.
The Sea Sword II excels in littoral and coastal surveillance, armed reconnaissance, and mine countermeasures, all critical functions in contemporary naval engagements. One of its standout features is the ability to operate autonomously or remotely in high-seas conditions, thanks to advanced navigation and obstacle avoidance systems. This USV is armed with a 12.7 mm remote-controlled weapon station and can be configured with multiple rocket launchers, enabling it to conduct surface warfare and other combat operations without risking human personnel.
In the context of modern naval warfare, unmanned systems like the Sea Sword II offer significant advantages. Their ability to perform reconnaissance and patrol missions in high-risk zones—such as areas close to enemy coastlines or within missile threat zones—without endangering lives is invaluable. Additionally, these platforms are crucial for mine countermeasures (MCM) operations, which are increasingly important in strategic chokepoints like the South China Sea and the Persian Gulf, where the deployment of mines can severely disrupt naval operations.
Moreover, the Sea Sword II's interoperability with other unmanned and manned systems enhances naval forces' capabilities, allowing for coordinated actions between various platforms, such as underwater drones and aerial assets. This integration is a major leap forward for enhancing situational awareness and operational efficiency in complex maritime environments.