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The 2312th issue of Military Review has been published. The 2312th issue of the Military Review covers the KTSSM-Ⅲ ballistic missile and other various next-generation weapons and defense technologies introduced at ADEX 2023 and the National Defense Technology Society Fall Conference.
On October 23, at the National Assembly Defense Committee’s national audit report, the Army’s power enhancement plan in the field of the Korean-style three-axis system, including the KTSSM-Ⅲ ballistic missile, was revealed
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The Army, after deploying the underground penetrating KTSSM, which is specialized for tunnel destruction, announced that it will complete the system development of the 300km-class KTSSM-Ⅱ by November 2027, investing 270 billion won in project costs.
Then, the 2024~2028 National Defense Mid-term Plan included a new tactical ballistic missile project called KTSSM-Ⅲ, and as various next-generation warhead systems are being developed domestically, we have comprehensively analyzed them
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What is KTSSM-Ⅲ?
According to what the Ministry of National Defense has disclosed about KTSSM-Ⅲ, it is reflected in the 2024~2028 National Defense Mid-term Plan and compared to KTSSM-Ⅱ, which is mounted on the K239 Sky MRL, KTSSM-Ⅲ operates a larger dedicated launcher with 10 wheels developed for K2C Hyunmu. And it was announced with a very vague expression that it will have a higher strike capability than KTSSM-Ⅱ and its guidance function will be further enhanced.
Here, the guidance function means not that navigation itself is enhanced, but that it plans to operate a variety of weapon systems such as intelligent self-propelled guns or EMP guns, blackout guns, etc., using a larger warhead structure.
We analyzed the development process and main performance of KTSSM-Ⅲ, the trials and development process of the Korean tactical ballistic missile, the development process of the DPICM shell with a failure rate of less than 1% that only Korea has succeeded in the world, and the next-generation warhead system.
Dart Dispersion Shell · Next-generation Intelligent Shell Development Project!
In Korea, we have succeeded in developing a DPICM self-propelled gun that satisfies the CCW Treaty, but there is still a strong international distrust of DPICM shells, and a 1% failure rate is dangerous. And various defense technologies that can neutralize DPICM self-propelled guns are being developed, and the self-destructive fuse introduced in DPICM has a great influence on the storage life.
In response to these problems, the United States and Western European countries are developing various intelligent self-propelled gun (smart shell) technologies that can cover a much wider area than DPICM self-propelled guns, along with new technologies that can replace DPICM self-propelled guns.
In Korea, too, technology<지능형 자탄> that can replace DPICM shells is being developed to meet the demand of the Korean military and respond to overseas exports, and these are planned to be mounted on KTSSM-Ⅲ in the future, so we analyzed them in detail
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Hanwha’s Fire Support Combat Vehicle & CEV Development Project
Hanwha Aerospace unveiled the ‘AI Technology-based Manned/Unmanned Combined Korean Combat Engineer Vehicle (K-CEV)’ and the Korean Fire Support Combat Vehicle (K-MPF) project, which is being developed independently for export, at ADEX 2023 and the National Defense Technology Society Fall Conference.
Hanwha Aerospace has become one company by merging Hanwha Defense and Hanwha Defense, and using the synergy obtained from the merger, it is boldly pushing for the Korean Fire Support Combat Vehicle (K-MPF) development project
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The Korean Fire Support Combat Vehicle is first developed for export, but it will be proposed to the Korean military in the future, and especially, it is planned to be proposed as a fire support for the next infantry brigade.
