China has unveiled a mosquito-sized bionic drone designed for covert military operations and battlefield reconnaissance, marking a major advance in micro-robotics and stealth technology as part of the country’s growing focus on next-generation warfare capabilities.

The micro aerial vehicle, developed by the National University of Defense Technology (NUDT) in central China’s Hunan province, was showcased in a recent broadcast by China Central Television’s military channel, CCTV-7.

The miniature drone was introduced by Liang Hexiang, a student at the Central Military Commission-affiliated university. Holding the device during the broadcast, Liang described the drone as a mosquito-like bionic robot especially suited to information reconnaissance and special missions. He noted that its small scale and biomimetic design allow it to operate discreetly in battlefield environments, offering unique advantages in intelligence gathering and stealth navigation.

Shaped like a stick with tiny wing structures on either side, the device resembles an insect in both appearance and scale. Its slender frame and three ultra-fine legs enhance its manoeuvrability in tight or densely built spaces, enabling it to conduct surveillance in urban or fortified locations with minimal detection. The integration of biological inspiration with micro-electromechanical systems positions this drone at the cutting edge of China's military innovation.

The development does not stand alone. In a separate breakthrough, Chinese engineers have reportedly tested artillery-launched drones capable of withstanding forces over 3,000 times their own weight. These drones, built to survive the intense stress of being launched from a 155mm cannon shell, could dramatically expand tactical drone deployment by allowing rapid insertion of reconnaissance units directly onto the battlefield from long range.

Together, these advancements reflect China’s accelerating pursuit of next-generation warfare technologies. From bionic micro-drones to artillery-deployed UAVs, the integration of robotics and military strategy signals a shift in how modern armies may conduct reconnaissance, electronic warfare, and precision operations in the coming years.

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