Tiny, The Chinese Bionic Drone Imitates A Real Insect And Is Designed For Reconnaissance, Espionage, And Military Operations In Complex Environments
China has revealed an unusual military drone: it is the size of a mosquito. Created by students at the National University of Defense Technology (NUDT), the microdevice was presented on national television by the state channel CCTV.
The device drew attention for its tiny size, insect-like appearance, and its intended use for secret operations.
According to the project leaders, the drone is ideal for sensitive and complex environments. The intention is to use it for surveillance, reconnaissance, and even covert military operations.
-
Only 28% of the ocean floor has been accurately mapped, less than what is already known about the surface of Mars and the Moon, and scientists consider the topic strategic for Brazil, with a global goal to map everything by 2030.
-
Japan wants to bury a 500 km “cargo conveyor” between Tokyo and Osaka to replace up to 25,000 trucks per day, move goods through tunnels and automated driverless corridors, and avoid a logistical collapse in an increasingly aging country.
-
Vietnam dumps sand in the South China Sea and transforms disputed reefs into artificial islands with an area equivalent to more than 1,500 football fields, builds 15 ports in the Spratly Islands, and expands bases in the ocean while challenging Chinese pressure in one of the most tense maritime regions on the planet.
-
Is Rosie from the Jetsons becoming a reality? China tests “robot cleaners” with artificial intelligence inside homes for R$ 114, capable of collecting trash, folding clothes, and mapping apartments, turning domestic cleaning into a living laboratory for companies that want to teach machines to act like humans.
The structure has two leaf-shaped wings that flap like those of a real mosquito. It also has three very thin legs, used to land or perch on surfaces during operations.
During the CCTV report, student Liang Hexiang displayed the device between his fingers. “Here in my hand is a robot that resembles a mosquito. Miniature bionic robots like this are especially suited for information reconnaissance and special missions on the battlefield,” he said.
Small Size And Advanced Technology
The key differentiator of the equipment lies in its compact size. This allows the drone to be easily concealed, making it difficult for enemies or targets to detect during an operation.
Moreover, it integrates power systems, sensors, and control electronics into an extremely small body.
Despite the advantages, designing drones of this scale is a challenge. Components such as batteries, communication, and sensors need to be minimized without sacrificing functionality.
Other Countries Are Also Developing Microdrones
In addition to China, countries like the United States and Norway have also invested in this type of technology. One of the most well-known examples in the West is the “Black Hornet” from Norway. The device is the size of a hand and is already in use by armed forces in several countries.
The latest version, called “Black Hornet 4,” received the Blue UAS Refresh 2025 award from the U.S. Department of Defense. Highlights of the model include longer battery life, weather resistance, and communication range.
In the United States, the Air Force confirmed in 2021 that it was also developing drones of this type. However, there is currently no information on completed versions or effective use in the field.
Another well-known initiative is “RoboBee” from Harvard University. It can fly, land, and even transition from water to air, thanks to its system of movable wings.
Applications Outside The Military Sector
The applications of microdrones are not limited to the military sector. There are medical use projects, such as precision surgery, drug delivery, and imaging exams. There are also studies on their use in environmental monitoring, pollution tracking, agricultural surveillance, and response to natural disasters.
With advances in microrobotics, miniature drones are becoming increasingly relevant. The Chinese case reinforces this global trend, showing that new reconnaissance tools are being developed worldwide.
With information from Interesting Engineering.

-
-
-
-
13 people reacted to this.