Hanwha Systems is embarking on the domestic development of a next-generation control system that applies aircraft cockpit technology to naval vessels.
On November 2, Hanwha Systems announced that it has secured a contract for the development of 'smart bridge operation technology using cockpit systems,' overseen by the Defense Technology Promotion Research Institute.
The project is set to run until 2030 and will involve the development of both hardware, such as the control console, and software, including the integrated operation program. The cockpit-style integrated bridge system (IBS) will consolidate navigation, combat, propulsion, and control functions into a single space, similar to an aircraft cockpit.
Previously, multiple crew members performed these tasks across the bridge, combat information center, and engine control room. The new design will allow two personnel to handle these responsibilities simultaneously, addressing the issue of crew shortages in the navy due to reduced manpower.
Hanwha Systems plans to incorporate its own developed Combat Management System (CMS), Integrated Control System (ECS), and Unmanned Systems (UMS) into the cockpit-style integrated bridge system. The technology will analyze maritime collision risks based on artificial intelligence and suggest automatic avoidance routes.
Currently, the cockpit-style integrated bridge system is a technology held by a few countries, including the United States and Italy, and is considered a key technology for the automation and unmanned operation of naval vessels.
Yoo Moon-ki, head of Hanwha Systems' Marine Business Division, stated, "By domesticating the advanced cockpit that encompasses the brain and heart of naval vessels, we will complete the core technology to lead the era of unmanned naval vessels."
Additionally, Hanwha Systems secured a contract in August for the integrated bridge system of the navy's next-generation Ulsan-class Batch IV frigate. The company is also set to supply key equipment, including the combat system, integrated control system, and multifunction phased array radar for the vessel.
* This article has been translated by AI.
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