China’s official media offered the first full-process demonstration of the Atlas drone swarm operations system on Wednesday. The domestically developed system includes the Swarm-2 ground combat vehicle, a command vehicle, and a support vehicle. A single Swarm-2 can carry and launch 48 fixed-wing drones. One command vehicle can simultaneously control up to 96 drones in a swarm. Military experts say the system showcases rapid advances in autonomous coordination, which is reshaping modern warfare.
The Swarm-2 made its debut at Airshow China 2024 in Zhuhai. Each drone can carry electro-optical reconnaissance equipment, strike munitions, or relay communications. Operators can flexibly combine different payloads into multifunctional swarms capable of complex missions. According to CCTV News, the system’s swarm-control algorithms effectively equip each drone with a smart brain, enabling communication, information sharing, and real-time positional adjustments.
At a test range, operators set up three visually similar targets. The Atlas system rapidly carried out coordinated reconnaissance and autonomously identified the command vehicle among the targets. It opened the launcher and launched drones, which locked onto the target mid-air and struck it with precision. The Swarm-2 vehicle employed a mechanism with three-second launch intervals to ensure safe spacing and flight paths.
The type and sequence of drone launches can be flexibly configured based on operational needs. Reconnaissance drones can deploy first for intelligence gathering. Electronic warfare drones can precede attack drones to suppress adversaries. Therefore, this allows tailored responses to different combat scenarios. Powered by swarm intelligence, nearly 100 high-speed drones can form dense and precise formations within a short time. They can also autonomously adjust to environmental factors such as airflow disturbances, avoiding mid-air collisions.
Additionally, the system’s autonomous coordination means a single operator can manage up to 96 drones. This compares to one person flying nearly 100 kites with a single line. The system also features drones of varying sizes, allowing for layered and complementary capabilities within the swarm.
Military expert Wang Yunfei told the Global Times that the system could significantly expand battlefield applications. In saturation attacks against enemy air defense systems, large numbers of drones can launch in multiple waves and directions. This overwhelms interception capacity and makes it difficult for defenders to process and respond effectively.
In precision strike missions, unlike traditional long-range munitions, drones can loiter over targets and conduct persistent surveillance. Their accuracy does not suffer from atmospheric conditions or electronic interference. This enables strikes at closer range with higher precision. In deep-strike operations, drones with ranges extending hundreds or even thousands of kilometers can penetrate at low altitude. In addition, their small radar cross sections make early detection and interception more difficult.
Furthermore, Wang noted that these capabilities are driven by China’s advances in artificial intelligence and large models. In complex battlefield environments, drones must perform highly sophisticated tasks such as target recognition, task allocation, and route planning. Human control alone cannot achieve these functions efficiently. Moreover, with AI-enabled pre-training and embedded algorithms, drones can autonomously execute these functions. They can even adapt dynamically to changing battlefield conditions.
The demonstration marks a significant step in China’s development of unmanned combat systems. The Atlas system combines autonomous coordination with modular task configurations. This allows operators to tailor drone swarms for reconnaissance, electronic warfare, or strike missions. The system’s ability to launch drones in rapid succession while maintaining formation integrity represents a notable technical achievement.
China’s Atlas drone swarm system demonstrates advanced autonomous coordination capabilities. The system can launch 48 drones from a single vehicle and control up to 96 units simultaneously. Military experts say the technology enables saturation attacks, precision strikes, and deep-strike operations. AI-driven algorithms allow drones to communicate, share information, and adjust positions in real time. Ultimately, the system reflects broader advances in Chinese military technology that are reshaping modern warfare.
