Hanwha Systems unrivalled track record in naval combat systems: Deployed for more than 90 naval vessels for the past 50 years.
As Korea’s only Naval Combat System specialist company, we have the world’s top class combat system technology.
Defense
Naval Combat System
FFX (Future Frigate eXperimental) Batch-III Combat System
As the brain of naval vessels, the combat system detects and analyzes targets in real time using I-MAST sensors, including the four-faced fixed multi-function phased array radar and electro-optical tracking systems (EOTS). It then gives engagement commands to onboard weapon systems—such as naval guns—to deliver optimal offensive and defensive solutions for naval warfare, including anti-ship and anti-submarine operations.
The FFX Batch-III combat system adopts a standardized architecture based on virtualization and high-performance computing technologies, delivering enhanced efficiency and reliability. The ergonomically designed multi-function consoles empower crew members to make swift, intuitive decisions even in the most complex battlefield environments.
- I-Mast(Integrated Sensor Mast)
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Hanwha Systems has successfully developed Korea’s first I-Mast and integrated it into the FFX Batch-III.
This advanced mast combines a four-faced fixed multi-function phased array radar with an IRST into a single platform. Designed with a low radar cross-section (RCS), it enhances stealth performance and maximizes the survivability of naval vessels.
Evolution and Quantum Jump of FFX Batch-III Combat System
Building on the proven strengths of the FFX Batch-I/II Combat System and integrating cutting-edge technologies, the innovatively evolved Ulsan-class Management system(FFX Batch-III) transcends flawless mission execution to serve as a robust foundation for next generation naval warfare.
Combat Management
System Console
Integrated Sensor Mast
Weapons Control
FFX Batch-III Combat System is
an integrated combat solution that integrates sensors and weapon systems on a network basis to effectively share battlefield situations, quickly processes information through Interface analysis and communication functions, and precisely controls weapons such as naval guns and guided missiles.
