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As part of a joint experiment conducted on Sakhalin, the companies "Gonets Satellite System" (part of the Roscosmos State Corporation) and "Geoscan" transmitted location data and telemetry data from the drone to the Gonets Satellite System data processing center. They were also able to send a command via satellite to forcibly return the unmanned aerial vehicle to the launch site.

provide the ability to track the russia whatsapp resource location of unmanned aerial vehicles in places where other communication channels are not available.

The Geoscan 201 unmanned aerial vehicle, equipped with an experimental onboard modem Gonets and an antenna in a special lightweight form factor, was used to test the technology. From July 13 to 16, the companies carried out ground tests and flights at the Pushisty airfield, during which they assessed the possibility of establishing communications, transmitting telemetry data from Geoscan 201 to the Gonets-M spacecraft, and sending commands from the Geoscan ground control station to the drone via satellite.

In total, the companies carried out six such flights, received 218 information messages with drone telemetry on the FTP server of the Gonets system and transmitted three information messages with in-flight control commands via feedback.

"Monitoring and controlling a drone from a satellite will significantly expand its radius of controlled action. For now, it is limited by the capabilities of the standards used. The technology expands the possibilities of using unmanned aircraft systems (UAS). For example, it is possible to conduct aerial photography or geological exploration from a drone in areas remote from populated areas and know exactly where it is, even if it is in a mountainous area outside direct radio visibility and outside the coverage area of ​​mobile networks. Then, in an emergency, it can be found, which is extremely important for expensive equipment," emphasized a representative of the press service of the Geoscan company.

Pavel Cherenkov, CEO of JSC "Gonets Satellite System", believes that satellite communications will open up several important prospects for the use of unmanned aerial vehicles (UAVs): "Firstly, this is the possibility of over-the-horizon control. The satellite channel makes it possible to transmit a command to the UAV at any point, and not only within the boundaries of the standard radio control line. For example, a command to change course or return. Secondly, this is monitoring the location and condition of the UAV in remote areas. Thirdly, the transmission of target information. If the UAV is used for monitoring or filming purposes, the satellite channel will allow the control center to quickly receive data from it. However, among the minor disadvantages, one can note the greater weight of satellite communication equipment compared to the equipment of ground-based systems."

Nikita Danilov, CEO and founder of Fly Drone, told us which industries will benefit from this technology: "First of all, satellite technologies will be useful to fuel and energy companies in conducting monitoring missions at sites, many of which are located in remote areas of Russia. The construction industry will also be interested in monitoring. Logistics is certainly on par with monitoring. Transport workers will become active users of unmanned satellite technologies. We will also add the military to this list. The only exception to this list is, perhaps, agriculture. Satellites are no help to agrodrones. Such control systems are simply not needed there."