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Stealth Submarine Intrusion Penetrated... LIG Nex1 Wins Korea's First 'Ultra-Long Linear Array Design Technology' Project

Establishment of Submarine Detection Sensor Technology for Unmanned Submersible Deployment through Miniaturization

"Expected to Greatly Enhance Unmanned System Combat Capability in Future Warfare Environments"

Stealth Submarine Intrusion Penetrated... LIG Nex1 Wins Korea's First 'Ultra-Long Linear Array Design Technology' Project

[Asia Economy Yeongnam Reporting Headquarters Reporter Kim Yong-woo] LIG Nex1 is embarking on a technology project that will significantly enhance the anti-submarine warfare capabilities of the Republic of Korea Navy.


LIG Nex1 (CEO Kim Ji-chan) announced on the 30th that it had won the ultra-long linear array design technology project, conducted under the supervision of the Defense Technology Promotion Research Institute, on the 25th.


Through this project, LIG Nex1 expects a revolutionary improvement in anti-submarine detection capabilities based on miniaturization technology.


When ultra-long linear array sensors are installed on unmanned underwater vehicles and next-generation submarines, detection capabilities against enemy forces such as submarines and underwater vehicles are expected to improve significantly. Furthermore, it is anticipated to greatly contribute to the survivability of allied forces and enhancement of anti-submarine combat capabilities.


Unmanned underwater vehicles are key weapon systems capable of conducting surveillance and reconnaissance missions in border areas or threat zones where enemy underwater forces appear, and active research and development are underway both domestically and internationally.


Key technologies to secure the combat performance of unmanned underwater vehicles include △ autonomous control technology △ next-generation energy source technology capable of long-term underwater endurance △ precision sensor technology based on miniaturization and lightweight design.


LIG Nex1 has been promoting the development of ultra-long linear array design technology that can be mounted on unmanned underwater vehicles by building optimal infrastructure through cooperation with specialized companies in each technology field, based on its experience and technology in developing linear array sensors for existing port surveillance systems, and by integrating capabilities across fields.


A company official stated, “We will fulfill our mission as a defense company to strengthen maritime security capabilities in the changing future security environment,” adding, “Based on accumulated experience and technology, we will successfully carry out the ultra-long linear array design technology project.”


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