Chinese military medical experts are advancing treatment methods for injuries caused by drone warfare, drawing on insights gained from recent conflicts in Ukraine and the Middle East where uncrewed weapons have increasingly shaped battlefield trauma.
Chen Juxiang, director of neurosurgery at the First Affiliated Hospital of Naval Medical University, highlighted cranio-maxillofacial injuries—damage to the bones and soft tissues of the head—as a significant concern in drone-dominated combat zones. Citing data from the Ukraine conflict and the US-Iran confrontation, Chen stated that more than 30 percent of battlefield wounds in drone warfare involve the head and face.
His team has been preparing for this evolving threat since 2017 by adjusting military medical research to better meet combat readiness needs, including developing improved treatment protocols and haemostatic materials tailored for these injuries. However, Chen did not provide detailed information regarding specific medical advances.
These developments coincide with China’s intensified focus on building its own offensive and defensive drone capabilities. President Xi Jinping has emphasized the need to accelerate the development of uncrewed intelligent combat forces and countermeasures. Military analyst Fu Qianshao noted that China is diligently observing global drone use in combat to inform its own systems and strategies.
A 2024 study from the PLA General Hospital analyzed injury patterns among Ukrainian forces before and after 2022, finding a shift from traditional gunshot wounds toward injuries caused by kinetic weapons and drone strikes. The study highlighted logistical challenges on the battlefield, where evacuation to casualty points often takes over six hours, underscoring a critical need for frontline medical units to provide prolonged care.
Additional research published the same year detailed the increasing complexity of drone-related injuries, which include blasts, burns, chemical exposure, and severe traumatic brain and lung damage. One study recommended the potential use of extracorporeal membrane oxygenation (ECMO)—a system providing respiratory and circulatory support—in battlefield medical care to improve survival rates for critically wounded soldiers.
Globally, militaries are adjusting to the distinctive nature of drone-inflicted trauma. In the United States, tactical casualty-care training now incorporates concepts related to unmanned aircraft system (UAS) threats, including emergency response to aerial explosive devices. The War Horse, a US military news outlet, reported significant head injury rates during recent US-Iran hostilities, where over 170 of approximately 400 casualties reportedly suffered head trauma consistent with drone and missile attacks.
Such injuries often lead to traumatic brain injuries (TBI), which can severely impact cognitive and motor functions, suggesting TBI may be a defining injury of contemporary armed conflicts involving drones. Humanitarian organizations operating in Ukraine have similarly observed that drone detonations frequently cause complex upper body and head wounds, with blast and shrapnel injuries overshadowing traditional gunshot wounds.
As drone warfare reshapes the landscape of modern combat, military medical systems worldwide are adapting to meet the evolving challenges posed by these new forms of battlefield trauma.