Future Challenges， Current Status， and Development Direction of Anti-Radiation Missiles
HE Yongpeng1，2， YANG Yi3， CHENG Zhijun1， CHENG Yang2，
ZHANG Lujin2， WANG Quan2
1. National University of Defense Technology， Changsha 410073， Hunan， China； 2. A Unit of Air Force， Jiuquan 735018， Gansu， China； 3. Shanghai Electro-Mechanical Engineering Institute， Shanghai 201109， China
Abstract：Currently, the integrated air defense system has been well developed, and is forming a multi-domain network. The suppression of enemy air defense (SEAD) missions in the future will face more complex electromagnetic environments, radar equipment with upgraded capabilities, and various countermeasures. Under this background, this paper summarized the latest development status of major foreign anti-radiation missiles and analyzed the tactical evolution trend of anti-radiation missiles in performing SEAD missions. Based on the above studies, the future development directions of the anti-radiation missile including systematization, intelligent, multi-mission, low-cost, multi-mode composite guidance were prospected, giving useful reference for strengthening the construction of anti-radiation missile equipment and improving the SEAD combat capability.
何永鹏, 杨艺, 程志君, 程洋, 张陆进, 王泉. 反辐射导弹发展的挑战、现状及展望[J]. 空天防御, 2024, 7(4): 38-46.
Future Challenges, Current Status, and Development Direction of Anti-Radiation Missiles. Future Challenges， Current Status， and Development Direction of Anti-Radiation Missiles. Air & Space Defense, 2024, 7(4): 38-46.
