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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
Development status and capabilities analysis of US SM-3 family interceptors
Tang Yuyan;Wei Mingying;Zou Jingru;Wang Zhongwen;Zhang Ludan;Beijing Institute of Electronic System Engineering;State Key Laboratory of Intelligent Manufacturing System Technology;Beijing Mechanical and Electrical Engineering General Design Department;In order to quantificationally understand the capability profiles of US sea-based midcourse missile defense interceptors, the development status of the SM-3 Block Ⅰ, SM-3 Block ⅠA, SM-3 Block ⅠB, SM-3 Block Ⅱ, SM-3 Block ⅡA, SM-3 Block ⅡB is researched systematically. The statistical overview of the ballistic missile defense intercept flight tests conducted by the deployed SM-3 Block ⅠA、SM-3 Block ⅠB、SM-3 Block ⅡA interceptors is illustrated. Principal parameters of SM-3 Block ⅠA/ⅠB, SM-3 Block ⅡA interceptors are reversely designed based on public information. Space-time characteristics of interceptors are simulated and the battle space of the interceptors at different operating modes are presented, which can help for a deeper and more accurate understanding of US sea-based midcourse defense capabilities.
Development analysis of intelligent penetration technology for hypersonic vehicles
Yang Yungang;Yan Xiaodong;Li Qi;Qiao Hao;Liu Yixin;The continuous advancement of modern air defense and missile defense systems has posed significant challenges to the survivability and combat effectiveness of hypersonic vehicles. Artificial intelligence technologies, such as neural networks, reinforcement learning, and multi-agent collaboration, offer promising new approaches for precision guidance and penetration operations. In this paper, it presents the reviews of current technical and tactical penetration strategies employed by hypersonic vehicles, focusing on analyzing recent research progress in intelligent trajectory planning technology that considers the constraints of threat zone and available maneuver envelopes, intelligent maneuvering penetration techniques utilizing AI algorithms, and swarm intelligence penetration methods based on multi-agent collaborative game algorithms. The characteristics and applicability of each algorithm are systematically summarized and evaluated. Furthermore, the existing challenges in the practical engineering implementation of intelligent penetration technologies for hypersonic vehicles and presents future development directions are discussed, including crossdomain cooperative penetration, bio-inspired intelligent penetration, and cost-effective penetration strategies. This work aims to provide valuable insights for advancing research on offensive and defensive confrontation technologies in hypersonic vehicle systems.
Three-stage confrontation analysis of AARGM-ER missile and typical air defense systems
Guo Rentong;Liu Peng;Cui Yunqiu;Wang Peng;Yang Suochang;As a representative of the fourth-generation anti-radiation missiles, the Advanced AntiRadiation Guided Missile-Extended Range(AARGM-ER) poses a substantial threat to advanced air defense systems by virtue of its combined capabilities of high speed,stealth,cooperative positioning,and anti-shutdown.Taking the AARGM-ER as the research object, its engagement process is divided into three stages i.e. covert penetration, cooperative positioning, and terminal attack. The technical characteristics and countermeasure principles of the missile at each stage are systematically reviewed,with two typical fire control radars of the AN/MPQ-65 and 92N6E selected as the engagement benchmarks. On this basis, a parametric probabilistic evaluation framework is constructed to conduct trend-based simulation and visual analysis of the three-stage offense-defense effectiveness, providing the comprehensive effectiveness ranking under different tactical scenarios and qualitative comparison of effectiveness trends under different conditions. Finally, the feasibility of employing large model-based game confrontation training to deduce the offense-defense equilibrium point is prospectively discussed.
Development prospects of foreign air and missile defense missile technologies
Ling Yi;Li Xu;State Key Laboratory of Intelligent Manufacturing System Technology;Air and missile defense missiles are core weapons in modern air and missile defense systems, and their development reflects the continuous evolution of air threats and defense requirements. From a threatdriven perspective, in this paper, it presents the dominant threats, key technical features, and representative models of air and missile defense missiles, and their evolution is summarized from high-altitude interception, low-altitude mobile air defense, and multi-target anti-jamming capability to integrated air and missile defense. Combined with recent foreign developments, the characteristics of fifth-generation air and missile defense missile systems are preliminarily analyzed. In response to emerging threats such as hypersonic weapons and UAV swarms, the development directions are discussed, including system decoupling, generalization and networked kill-web construction, modular design and missile-family development, cooperative operations, and low-cost high-mobility counter-UAV kill technologies. Finally, future key technologies of air and missile defense missiles are outlined.
A review of the development of maneuvering penetration technology for high-speed missiles
Zhang Tianyu;Chi Qingxi;Li Shaopeng;An Renyang;Wang Jinwei;Rocket Force University of Engineering;National Key Laboratory of Complex System Control and Intelligent Agent Cooperation;With the continuous improvement of modern air defense and missile defense systems in terms of early warning and detection, target identification, trajectory prediction, and coordinated interception, the traditional missile penetration approach that relies on fixed trajectories and single interference method has become difficult to meet the operational requirements under complex confrontation conditions. By altering flight status and trajectory patterns, maneuvering penetration disrupts the defender's continuous tracking, trajectory extrapolation, and intersection calculation of the target, and has become an important technical approach to enhance the probability of missile penetration and operational effectiveness. In this paper, from the perspective of the attack-defense confrontation chain, it systematically reviews the basic mechanisms, classification methods, development stages, and typical technical routes of missile maneuvering penetration technology. It focuses on analyzing the functional characteristics, applicable scenarios, and engineering boundaries of technologies such as ballistic maneuver, gliding maneuver, high-maneuverability in the terminal phase, intelligent autonomous, and coordinated penetration. Meanwhile, it also summarizes the main challenges currently faced in areas such as thermal protection, control accuracy, multi-performance trade-offs, and information support. The review indicates that maneuvering penetration technology for high-speed missiles is evolving from local trajectory correction toward high-speed, intelligent, cooperative, and system-of-systems development.
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Official Journal of the Unmanned Aerial Vehicle Branch of the Chinese Society of Astronautics
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