“Launch and Hit in Seconds”: China Unleashes Artillery-Fired Drones That Strike Targets 6 Miles Away With Brutal Precision

In a groundbreaking development in military technology, China has successfully tested drones that can be fired from 155mm artillery shells. This remarkable achievement represents a significant leap forward in drone warfare, overcoming substantial technical challenges that persisted for over a decade. The technology, known as Tianyan or “Sky Eye,” has captured global attention, proving skeptics wrong and showcasing the relentless innovation of Chinese military scientists. This article explores the evolution of this technology, the challenges overcome, and its potential impact on modern warfare.

Overcoming a Decade of Doubt

Chinese military researchers first introduced the concept of launching drones from cannons back in 2013. Dubbed “Sky Eye,” this initiative initially garnered attention during early prototype competitions. Despite the excitement, progress was slow due to significant concerns about the viability of the technology. Experts were particularly skeptical about whether the sensitive electronic components could withstand the violent acceleration and massive pressure experienced during shell launches. As recently as last year, Chinese military analysts expressed doubts about the practicality of such systems, citing the destruction of electronic components under extreme g-forces.

However, with persistent support from China’s central government and continuous military funding, researchers have finally demonstrated the feasibility of this ambitious project. The breakthrough stems from a new pyrotechnic separation device, developed through the collaboration of the Shaanxi Applied Physics and Chemistry Research Institute, the Chinese Air Force, and defense contractor Norinco. This device has proven instrumental in ensuring the survival and functionality of drones launched from artillery shells, marking a significant milestone in military technology.

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Chip-Free, Mechanically Reliable System to Fire Drones

In an innovative departure from conventional design, the team led by senior engineer Huang Yunluan developed a robust mechanical system that eliminates the need for fragile electronics. The solution involves an intricate eight-stage chain reaction utilizing explosives, flame channels, and pressure chambers. This system successfully ejects the drone from the shell mid-flight, removes protective panels, and prepares the system for flight—all without any electronic controls. This mechanically reliable system is built around a hardened stainless steel structure capable of withstanding pressures of 1,100 megapascals (MPa).

Internal impact tests reveal that the explosives used, such as lead azide and boron-based compounds, can endure pressures up to 36,000 times the force of gravity. The system’s design incorporates a “maze channel” which allows controlled flame propagation through four small 1mm holes. This design ensures a safe ignition of each sequence phase while preventing destructive pressure spikes or debris blockage. The result is a robust and reliable system capable of launching drones under extreme conditions, representing a major leap in military technology.

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6 Miles in Seconds

The results of the tests are nothing short of impressive. All five live launches and ground-based detonations resulted in flawless mid-air separation of the drone components. The tests confirmed the mechanism’s reliability under a wide range of temperatures, from -58°F to 176°F, and varying shell wall thicknesses. Once launched, these drones can travel over 6 miles in mere seconds, conserving energy and extending their flight range and loitering time for reconnaissance or targeting missions.

Huang’s team asserts that this technology “will undoubtedly hold a pivotal position in future military development.” The ability to rapidly deploy surveillance or communication assets deep behind enemy lines represents a strategic advantage that could redefine modern warfare. By combining traditional artillery systems with cutting-edge unmanned technology, China is paving the way for a new era of fast, disposable, and precision-guided battlefield assets that do not rely on vulnerable launch platforms.

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The Future of Military Technology

With the successful demonstration of artillery-launched drones, China has entered a new phase in military technology, blending traditional artillery systems with modern unmanned technology. This development creates fast, disposable, and precision-guided battlefield assets without the need for traditional, more vulnerable launch platforms. Such advancements highlight China’s commitment to pushing the boundaries of military innovation and demonstrate how the integration of various technologies can lead to groundbreaking capabilities.

As global military powers take note of this technological leap, the implications for future warfare are profound. The ability to deploy drones swiftly and efficiently from artillery shells could revolutionize military tactics and strategies. As nations adapt to these advancements, the question remains: how will this new technology shape the future of global military engagements and what steps will other countries take to catch up or counter this innovation?

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