In recent years, with the continuous development of China's science and technology field, major breakthroughs have been made frequently in the field of science and technology, such as from Harbin Institute of Technology mastering the three core technologies of EUV lithography machine, to Shanghai Microelectronics to overcome the technical problems of 28nm lithography machine, and then to the photodynamic drone of Western University of Technology, the bird-like aircraft "cloud owl", the three-body water drop aircraft, etc., every scientific and technological technology is like an explosion!
In the face of such rapid development in China, the Western University of Technology suddenly announced a major breakthrough again - the "carrier pigeon" flapping wing aircraft. Even foreign media said: The American myth has been completely shattered! What the hell is going on?
Speaking of the "carrier pigeon" flapping wing aircraft, many netizens may have heard of it for the first time, and they don't know what it is?
In fact, it is a kind of flying machine that has been developed using bionic birds. According to relevant information: its fuselage length is 40 cm, the wingspan is about 70 cm, and it weighs only 260 grams, which can be flown lightly and flexibly. Compared with the previous "Cloud Owl", its flight endurance is even more amazing, from takeoff to gliding and landing, it can reach 3 hours, 5 minutes and 30 seconds, which is a full hour longer than the previous version.
It is no exaggeration to say that this achievement once again broke the world record for the flight time of a bionic aircraft on a single charge.
Since we have said this, we also have to mention that this flapping wing aircraft called "carrier pigeon" is actually an innovative technology designed based on the principle of bionics.
Modeled after the way pigeons fly, it combines the latest materials and process technologies to achieve a high degree of imitation of the flight mechanism of nature. If you look at this from a practical point of view, you still have to benefit from this design concept, as well as more advanced engineering technology. After all, the more this aircraft has better flight performance and stability.
Moreover, it can also fly freely in more complex environments, and its design structure allows it to flexibly respond to a variety of flight tasks and challenges. For such excellent flight performance, it is not only reflected in the flight speed and maneuverability, but also in the ability to adapt to environmental changes.
In addition, state-of-the-art materials and process technologies are used. In this way, the latest materials and process technology are used to make the "carrier pigeon" flapping wing aircraft have the characteristics of lightweight and durable, and provide guarantee for its long-term stable operation in various application scenarios.
After understanding these contents, the excellent performance of the "carrier pigeon" flapping wing aircraft also means that it also has extremely high application value, and the application value here can be divided into military reconnaissance, disaster rescue, environmental monitoring and other aspects.
In terms of military reconnaissance, it can carry various sensors and cameras to monitor the enemy's situation in real time. Through high-altitude overlook, it can obtain enemy dynamic information, identify target locations and military layouts, provide key intelligence support for military operations, and improve combat effectiveness and victory chances. In addition, under the circumstances of a complex battlefield environment and dangerous terrain, the "carrier pigeon" flapping wing aircraft can also carry out unmanned reconnaissance missions, avoiding the risk to the lives and safety of military personnel and improving the efficiency and success rate of reconnaissance missions.
In the field of disaster relief, it can also quickly enter the disaster area for search and rescue, such as after the occurrence of natural disasters, the affected area usually has complex terrain and limited transportation, and it is difficult for traditional rescue methods to reach immediately and carry out rescue work, while the "carrier pigeon" aircraft can quickly fly over the affected area, search for survivors and provide emergency relief materials.
It can carry out all-round monitoring of the affected area in the air, find the location and situation of the trapped people in time, and quickly transmit rescue information in an emergency, guide rescuers to reach the target location, improve rescue efficiency, and minimize casualties and property losses.
In the field of environmental monitoring, it can also monitor environmental parameters such as air pollution and water pollution, and provide data support for environmental protection work, because it can monitor a wide range of areas in the air and collect environmental data in real time, including: air quality, water quality, etc.
Through these data, environmental pollution sources can be discovered and monitored in a timely manner, scientific basis and decision-making support can be provided for environmental protection departments, effective environmental protection measures can be formulated, people's health and ecological environment can be protected, and sustainable development can be promoted.
All in all, the "carrier pigeon" flapping wing aircraft developed by Xi'an University of Technology can be said to not only demonstrate China's strength and innovation ability in the field of science and technology, but also its successful research and development, which is also of great significance to the development of China's science and technology, and makes positive contributions to the progress and development of human society.
It is believed that in the near future, the gradual completion of these deficiencies will become a stroke in the mainland's military forces.