Racing Drone 1200-UAV Ejection Type UAV
$120000.00
Loitering Munition is the product of the combination of advanced missile technology and UAV technology. It can quickly reach the target area and perform single or multiple tasks such as patrol flight, reconnaissance and surveillance, damage assessment, air wireless relay and target attack. A smart ammunition with distinctive features that can meet the needs of future information-based operations. The iconic feature of the Loitering Munition is that it can cruise and stand by for a long time, and its flight distance exceeds that of missiles of the same level. Compared with traditional missiles, the Loitering Munition increases the depth of reconnaissance/strike, is easy to realize multi-bomb coordinated attacks, can suppress and monitor specific areas, and can quickly respond to time-sensitive targets. The product diagram is as follows：
The Loitering Munition system is mainly composed of aircraft platform subsystem, mission load subsystem, combat part system, and ground control subsystem, as shown in the figure below.
1200-The drone has the following functions： The flight route is preset through the ground station. After the aircraft takes off, it will be guided by GPS/GLONASS/Beidou/Galileo. A) Manual control function In the manual control mode, the Loitering Munition flies in response to the remote control commands of the ground operator. B) Automatic route function Loitering Munition will fly according to the predetermined route and end at the last coordinate point C) Install photoelectric guidance, which can be guided at the end.3 D) Launch and take off in the folded wing tube, multiple loitering bombs can be launched at one time, and multiple loitering bombs can perform the same flight mission or different flight missions; E) The take-off method is high-pressure gas launch take-off, or propellant take-off;
The basic combat mission process of the Loitering Munition system consists of several parts: launch, climb, penetration, search or tracking, and attack. The task process is shown in the figure below.
