FARAVIC’s King Air 350/360 Weather Modification Aircraft Task System adopts a distributed architecture, utilizing FARAVIC’s own products to comprehensively integrate airborne power distribution, atmospheric detection, cloud seeding, video surveillance, cabin networking, and air-ground communications. Among these, the atmospheric detection component integrates various probes from DMT, SPEC, and other domestic Chinese manufacturers. The system is composed […]

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FARAVIC’s Y-12 Weather Modification Aircraft Task System uses a distributed architecture, leveraging FARAVIC’s products to comprehensively integrate airborne power distribution, atmospheric detection, cloud seeding, cabin networking, and air-ground communication. The atmospheric detection component integrates various probes from SPEC and other domestic Chinese manufacturers. The system consists of task system integration software and supporting hardware. The […]

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The Helicopter Air-Ground Command System, utilizing our company’s airborne helicopter satellite system to network with a ground center, creates an air-ground command network for the ground center and multiple helicopters. The ground center can display the flight paths of all helicopters and communicate with them for dispatch and command. The Helicopter Satellite Phone System consists […]

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Our company undertook the National Weather Modification Air-Ground Command System construction project for the China Meteorological Administration, which was delivered and put into use in 2016. The command network includes the MA60, the King Air 350 high-performance weather modification aircrafts. The ground command centers include the National Weather Modification Command Center, Regional Command Centers, Provincial […]

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