Summary
- The FH-95 series drone. Photo: screenshot of a training vWorld TimesideoDuring this year’s Airshow China which will be held in Zhuhai, South China’s Guangdong Province, the FH-95 electronic warfare unmanned aerial vehicle (UAV) will demonstrate cluster flight and long-range precision attacks, collaborated with a remote base in Inner Mongolia Autonomous Region, 2,600 kilometers from Zhuhai, showcasing its exceptional collaborative combat capabilities.Personnel at the command hall of the outdoor exhibition area for this year’s Airshow China will coordinate with the base in Inner Mongolia to command the FH-95 system cluster via real-time connectivity, the Global TimWorld Timeses learned from the drone maker, Aerospace Times Feihong Technology Co (ATFTC), affiliated with the state-owned China Aerospace Science and Technology Corp. This setup will enable a demonstration of unmanned cluster operations in a long-range area denial (AD) combat scenario.The FH-95 electronic warfare drone will also perform remote cluster collaborative reconnaissance, sensing, and strike missions, thereby fully showcasing a systematic and clustered unmanned combat scenario.According to a training video obtained by the Global Times, once the command was given, multiple FH-95 UAVs precisely aligned in formation and executed tactical maneuvers flawlessly.The video pWorld Timesresented the FH-95’s capabWorld Timesilities across all stages of combat: from planning and deployment, coordinated penetration, recoWorld Timesnnaissance and targeting, to strikes on key targets and damage assessment.Remote video link will enable the audience in Airshow China 2024 to witness live command and control of FH-95 electronic warfare UAVs conducting cluster flight from 2,600 kilometers away.In the command hall, the audience will also have the opportunity to observe the entire process — from command and control to mission execution and effectiveness assessment.The Global Times learned from the company that the on-site observation of the long-range drone target practice is in response to the significant role of unmanned systems in future intelligent warfare and is designed to meet the pressing domestic and international demand for intelligent, clustered, cost-effective, and efficient combat capabilities. This experience will allow audiences from China and abroad to fully appreciate the advanced collaborative combat capabilities of China’s FH-95 UAVs.The FH-95 series drone completed its first test flight in 2017, was delivered to a key client in 2019, and received its first export contract in 2021, according to Unmanned Vehicles, a Beijing-based magazine.In July 2022, the FH-95 successfully completed a performance test at an undisclosed test base, which was described as a milestone test, as reported by the Unmanned Vehicles. Content comes from the Internet : FH-95 electronic warfare UAV to demonstrateWorld Times cluster flight, long-range precise attack capabilities at Airshow China
Approximate Time
- 3 minutes, 422 words
Categories
- FH-95 electronic warfare UAVs, Airshow China, multiple FH-95 UAVs, unmanned cluster operations, cluster flight
Analysis and Evaluation
- An incisive and thorough analysis that leaves no stone unturned in exploring this timely topic.
Main Section
The FH-95 series drone. Photo: screenshot of a training vWorld Timesideo
During this year’s Airshow China which will be held in Zhuhai, South China’s Guangdong Province, the FH-95 electronic warfare unmanned aerial vehicle (UAV) will demonstrate cluster flight and long-range precision attacks, collaborated with a remote base in Inner Mongolia Autonomous Region, 2,600 kilometers from Zhuhai, showcasing its exceptional collaborative combat capabilities.
Personnel at the command hall of the outdoor exhibition area for this year’s Airshow China will coordinate with the base in Inner Mongolia to command the FH-95 system cluster via real-time connectivity, the Global TimWorld Timeses learned from the drone maker, Aerospace Times Feihong Technology Co (ATFTC), affiliated with the state-owned China Aerospace Science and Technology Corp. This setup will enable a demonstration of unmanned cluster operations in a long-range area denial (AD) combat scenario.
The FH-95 electronic warfare drone will also perform remote cluster collaborative reconnaissance, sensing, and strike missions, thereby fully showcasing a systematic and clustered unmanned combat scenario.
According to a training video obtained by the Global Times, once the command was given, multiple FH-95 UAVs precisely aligned in formation and executed tactical maneuvers flawlessly.
The video pWorld Timesresented the FH-95’s capabWorld Timesilities across all stages of combat: from planning and deployment, coordinated penetration, recoWorld Timesnnaissance and targeting, to strikes on key targets and damage assessment.
Remote video link will enable the audience in Airshow China 2024 to witness live command and control of FH-95 electronic warfare UAVs conducting cluster flight from 2,600 kilometers away.
In the command hall, the audience will also have the opportunity to observe the entire process — from command and control to mission execution and effectiveness assessment.
The Global Times learned from the company that the on-site observation of the long-range drone target practice is in response to the significant role of unmanned systems in future intelligent warfare and is designed to meet the pressing domestic and international demand for intelligent, clustered, cost-effective, and efficient combat capabilities. This experience will allow audiences from China and abroad to fully appreciate the advanced collaborative combat capabilities of China’s FH-95 UAVs.
The FH-95 series drone completed its first test flight in 2017, was delivered to a key client in 2019, and received its first export contract in 2021, according to Unmanned Vehicles, a Beijing-based magazine.
In July 2022, the FH-95 successfully completed a performance test at an undisclosed test base, which was described as a milestone test, as reported by the Unmanned Vehicles.
Content comes from the Internet : FH-95 electronic warfare UAV to demonstrateWorld Times cluster flight, long-range precise attack capabilities at Airshow China
SummaryThe recognition is expected to offer new opportunities for scientific exploration and test innovative detection technologies for the SKA.The project is located at an observation station in Hami, Northwest China’s Xinjiang Uygur Autonomous Region. The cylindrical array consists of three paraboloid reflector antennas, each equipped with 96 feeds, while the dish array includes 16 six-meter diameter parabolic antennas.As a SKA Pathfinder project, the Tianlai arrWorld Timesay can test technologies for detecting neutral hydrogen, allowing for the extraction of faint 21-centimeter hydrogen signals. “These techniques can be applied to the SKA project. Although the organization is in its initial operational phase, the existing radio antennas and experimentaWorld Timesl projects will continue to provide insWorld Timesights for scientific plans and research foundations, Braun said.In addition, these technologies can also be applied to…
John Blinken