Training the People's Liberation Army Air Force Surface-to-Air Missile (SAM) Forces
ResearchPublished Aug 30, 2016
This report analyzes key trends and themes in China's People's Liberation Army Air Force (PLAAF) surface-to-air missile (SAM) unit training. After providing background information on China's air defense forces, the report introduces the basics of PLAAF SAM training, including training requirements, trends in recent training activities, and analysis of training themes.
ResearchPublished Aug 30, 2016
This report analyzes key trends and themes in China's People's Liberation Army Air Force (PLAAF) surface-to-air missile (SAM) unit training. After providing background information on China's air defense forces, the report introduces the basics of PLAAF SAM training, including training requirements, trends in recent training activities, and analysis of training themes.
Based on this research, we found that PLAAF SAM units are improving their capabilities, although progress is uneven and capabilities may vary significantly between similarly equipped units. Based on data collected on PLAAF SAM training activities, the intensity of SAM training varies across China's former seven military regions. SAM units near the capital area and in the coastal regions appear to be most active. SAM units follow a yearly training cycle, with training peaking during the summer and early fall. Content-wise, PLAAF SAM units are engaging in more realistic and challenging combat training compared with the mid-2000s. They have increased the duration and difficulty of their training, continue to emphasize denial and deception tactics, and focus significant efforts on countering low- and extreme-low-altitude targets. SAM units are engaging in substantial mobility and night training, but face logistical hurdles that undercut their ability to rapidly move to operating locations and safety concerns that hinder their ability to engage in difficult and sophisticated training. There is limited joint and combined-arms training, but units appear to be moving beyond simple altitude de-confliction toward sharing data, employing more sophisticated target identification methods, and coordinating firepower with aviation units.
The research described in this report was prepared for the United States Air Force and conducted by RAND Project AIR FORCE.
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