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About the Journal
Chinese Name:战术导弹技术
English Name: Tactical Missile Technology
Publication cycle: Bimonthly
Language: Chinese
Director: China Aerospace Science and Industry Corporation Limited (CASIC)
Sponsor: Beijing HIWING Scientific and Technology Information Institute
Editor in chief: LIU Haifeng
ISSN: 1009-1300
CN: 11-1771/TJ
Analysis of foreign missile defense development in 2025
Xiong Ying;Zheng Jingrui;Han Shuo;Feng Yuting;Wang Lin;In 2025, global missile defense systems entered a period of rapid development. The technological advancements, system deployments, and operation of major countries and regions, including the United States, Europe, South Korea, and India, in the field of missile defense are tracked and analyzed. Key initiatives in space-based early warning, hypersonic defense, command and control integration, and supply chain security are summarized. It is revealed that missile defense architectures are being rapidly transitioned toward an integrated offensive-defensive model, with technological autonomy and supply chain resilience being increasingly emphasized as critical components of national security strategies. Furthermore, space is emerging as a critical domain in missile defense, where the rapid development of space-based detection and interception capabilities is poised to play a pivotal role in future strategic deterrence and operational effectiveness.
Summary of the development of foreign air and missile defense field in 2025
Liu Jie;Li Xiaolong;Wang Kaiyuan;In 2025, the air and missile defense construction plans of the world's major military powers are constantly adjusted, and the development of air and missile defense systems continues to advance steadily, showing a trend of systematization, intelligence, deep integration of attack and defense and low cost. In view of the low transparency of information in foreign air and missile defense fields, the methods such as fragmented information collection, classification and sorting are adopted, and the development status of foreign air and missile defense fields in 2025 are tracked, and the development trends in the future are analyzed. It is concluded that the upgrading and improvement in foreign air and missile defense fields are performed in 2025, and new generation of air and missile defense systems is built, which promotes the development of low-cost and efficient defense means, offsets the saturation attack efficiency, accelerates the space battlefield process, and builds space advantages in an all-round way.
An overview of United States Space Force combat construction development in 2025
Zhao Ling;Zhang Zhekai;Meng Xing;Hao Qinghua;Zhou Yu;Against the backdrop of accelerating global strategic competition extending into space and the deepening militarization of space, the US Space Force(USSF) has comprehensively accelerated its system development around the goal of space superiority, with its operational capabilities exhibiting new characteristics. To systematically grasp the evolution of US space warfare capabilities, the USSF's development initiatives in 2025 are examined. It is systematically reviewed the latest advancements in strategic planning, force development, equipment technology, joint exercises and international cooperation, while deeply analyzing the emerging characteristics and developmental logic of its operational framework. Research findings indicate that the USSF is accelerating its transition from capability development to operational deployment. Its system development exhibits characteristics of refinement, combat readiness and enhanced coordination, while the central role of space capabilities within the US national security framework has become increasingly prominent. This research provides crucial insights for assessing the global landscape of space military competition and offers valuable decision-making references in formulating space security strategies and optimizing the development path of its space forces.
Analysis on development of the United States space security in 2025
Fan Wei;Wang Shuya;Yang Kai;Wang Lin;Li Ping;It is focused on the development of space security in the United States in 2025, and systematically sorted out its latest progress in space policy, Space Force construction and space equipment. It is focused on the release and update of space warfare theory, the adjustment of Space Force organizational structure, the acquisition and development of counter space equipment and the international cooperation of space security. On this basis, it is analyzed and summarized the development trends of American space security. The research shows that the United States is strengthening strategic guidance, continuously optimizing the organizational structure of Space Force, issuing operational theories to guide space operations, and systematically planning the future space operations architecture. At the same time, the US military actively promotes the research and development of counter space equipment, accelerates the deployment of low-orbit constellations, uses commercial power to develop equipment such as orbit transfer vehicle and on-orbit refueling spacecraft, and strives to build a flexible space architecture to consolidate its dominant position in the space field.
Overview of the development of foreign military UAV systems and technology in 2025
Qin Liuzhen;Jin Yu;Gu Quanxiang;Global developments in military unmanned aerial vehicles(UAV) in 2025 are examined. Technological progress across several categories,including collaborative combat aircraft(CCA), long-endurance reconnaissance/strike UAVs, tactical combat UAVs and special-mission UAVs, is reviewed, and developments in production and delivery, operational deployment, testing and evaluation, and system upgrades are summarized. Key technology trends in intelligent collaboration, energy and propulsion, advanced manufacturing, and mission payloads are further analyzed. It is found that autonomous and collaborative capabilities are being continuously enhanced, and cost-effectiveness in combat operations is being improved, and mission applications are becoming increasingly diversified, providing useful references for the future development of UAV technologies.
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Indexed in Abstract Journal (AJ) (Russia)
Indexed in the Core Database of Chinese Science Citation Database (CSCD)
Included in A Guide to the Core Journals of China
Indexed in the Chinese Core Journals (Selection) Database
RCCSE China Core Academic Journal
Included in the World Journal Clout Index (WJCI) Report (for sci-tech journals)
Source Journal of the Chinese Academic Journals Comprehensive Evaluation Database
Included in Chinese Academic Journals (CD-ROM) and CNKI (China National Knowledge Infrastructure)
Official Journal of the Unmanned Aerial Vehicle Branch of the Chinese Society of Astronautics
Network Journal of the Aerospace Missile System Integration Professional Information Network
