The pterosaur 3 drone made its first public appearance. What are its characteristics?

Recently, the pterosaur 3 drone made a public appearance on the Internet, which caused widespread concern among netizens. Pterosaur 3 UAV is a four and a half generations UAV independently developed by China. Pterosaur -3 UAV? This is an improved model of Bumblebee UAV. The first public appearance of pterosaur 3 UAV indicates that pterosaur 3 UAV has moved from conceptual design to real machine verification stage. So, what are the performance characteristics of pterosaur 3 UAV? What are its flight characteristics?

Pterosaur 3 UAV and Bumblebee UAV are the representatives of the third generation UAV in China. Although their wings are similar in shape, the Hornet UAV adopts a highly integrated design of delta wing and fuselage. Pterosaur 3 UAV adopts long-endurance UAV platform as carrier; Pterosaur 3 UAV is powered by turboprop engine. It can be seen that the Hornet UAV adopts two different wing forms, and the pterosaur 3 UAV adopts the long-endurance UAV platform as the carrier. Therefore, both Pterosaur 3 UAV and Bumblebee UAV adopt rotor or flat tail layout. On the whole, the pterosaur 3 drone and the bumblebee drone are basically the same. However, there is a certain gap between the two in operational effectiveness.

Although pterosaur 3 UAV is different from KC- 135 UAV in appearance, its basic performance is also an important reference for the development of UAV in China. The emergence of KC- 135 unmanned reconnaissance aircraft in the United States shows that the United States has the field of drones? Aircraft carrier? Overall technical strength and development achievements. Although the United States has not developed China's KC- 135 UAV, with their advanced technical strength and mature product experience, China has achieved a major breakthrough in technology and products in this field. From a technical point of view, American UAVs are mainly small long-endurance UAVs, supplemented by small medium-range UAVs. Since the experience of UAV development in the United States has been learned and absorbed by western countries, China should also learn from its advanced technology and development experience in UAV development. From the product point of view, we should rely on China's own technical level and production capacity to continuously improve the performance level of existing UAVs.

Pterosaur-3 UAV is trapezoidal in shape as a whole, with wings on both sides that can be freely expanded, and the leading edge is irregular arc. There are slender wing knives on both sides of the tail wing, and the overall layout is rhombic.