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Amphibious Fire Support: Launch of Unmanned Rocket System at KADEX 2024.
At the 2024 edition of the KADEX exhibition in South Korea, a new next-generation multiple rocket launcher system, the Unmanned Amphibious Rocket Launcher, was unveiled. Designed for amphibious operations, this system provides advanced fire support capabilities both during maritime approach phases and after landing. Its ability to operate aboard large transport vessels, specifically LPH-class ships, represents a significant enhancement in modern weapon systems. Additionally, it is designed to function fully autonomously or with a reduced crew, following a similar operational model to the K9A3, which addresses the future challenges posed by military personnel reductions.
One of the key features of this new system is its compatibility with existing Chunmoo MRLS PODs (Picture source: Army Recognition)
This unmanned rocket launcher system stands out for its ability to provide mutual firepower support between northwestern islands, with an extended firing range compared to the existing Chunmoo MRLS. This advancement is crucial in the context of dispersed terrain operations, particularly during counter-battery missions following amphibious landings. The application of stabilization control technology for onboard firing ensures accuracy and system effectiveness, even in unstable environments.
One of the key features of this new system is its compatibility with existing Chunmoo MRLS PODs. This maximizes its operability, allowing it to fire not only traditional rockets but also newly developed missiles. This versatility makes it a strategic asset, enhancing its capabilities in a wide range of operational scenarios.
Additionally, ongoing research and development efforts aim to further improve the system's capabilities. From 2023 to 2026, work is underway on the development of an electronic launchpad technology designed to increase both the range and the variety of missiles that can be deployed. These innovations are expected to make the system operational by 2033, meeting future fire support needs in complex amphibious environments.
The company behind this unmanned rocket launcher, though not yet specified, aims to establish this system as a key player in supporting both amphibious and land operations. With expanded compatibility, sustained technological development, and promising improvement prospects, it is likely that this vehicle will see increased proliferation as part of upcoming military modernization efforts. The goal is to provide armed forces with a firing system capable of meeting the evolving demands of modern battlefields while adapting to personnel reductions and the need for increased mobility in maritime and land-based theaters of operation.