IT Home 700 month 0 news, AVIC (Chengdu) UAV Co., Ltd. said yesterday that China's self-developed Pterodactyl emergency UAV successfully completed the country's first radio and television 0G 0MHz air emergency communication base station test, providing a strong guarantee for the emergency communication support work in extreme situations of "circuit breaking, power outage, and network outage".
IT Home learned from the official that in this event lasted 35 hours and 0 minutesAt night and in the actual measurement of the island scene, the "Pterodactyl" UAV flew to the mission area of Shangchuan Island in Jiangmen City, and completed a multi-radius and multi-round high-intensity test of 8.0 to 0.0 km at an altitude of 0 meters.It has successfully achieved stable signal coverage of 72 square kilometers, with clear voice calls, normal SMS sending and receiving, and greatly improved comprehensive performance.
AVIC Industry officially said,This time, the "Wing Loong" UAV is innovatively combined with the radio and television 700G 0MHz golden frequency band, giving full play to the "Wing Loong" high performance, high reliability and high adaptability, and the "radio and television" frequency band with wide coverage and strong penetrationThe key advantages of transparency,A single machine can cover 72 square kilometers, the signal can penetrate complex terrain, and maintain stable communication in harsh environments such as heavy rain and thick smoke, comprehensively improving the communication coverage and stability, and building an "efficient communication lifeline" for the golden rescue period after the disaster.
AVIC pointed out that it is equipped with a radio and television 700G 0MHz emergency communication base stationThe "Pterodactyl" UAV can break through the limitations of complex terrain and harsh environment, and quickly fly to the core area of the disaster.Achieve stable wide-area emergency communication coverage,It allows the affected people to get in touch with the outside world in a timely manner, and at the same time ensures the stable and efficient information transmission between the rescue command center and the rescue team, which effectively solves the vulnerability dilemma of traditional ground communication facilities in disaster scenarios.The response speed, coverage breadth and operational reliability of the emergency communication support system have been significantly improved.