Starlink’s high-speed connectivity technology has not only served to conventional users who want improvements on the internetbut also for large companies and is even used by armed forces.
For example, Russia has implemented this SpaceX resource by Elon Musk to disable the GPS signals of Ukrainian drones. However, the tycoon’s aerospace company has also been into Ukrainian devices.
As experts have explained on several occasions, Starlink drones work like thousands of small satellites that remain in low earth orbit (LEO).
Russia now wants to leave dependency due to the tensions between nations and not only plans to continue the strange bio-drone pigeon experiment, but has also launched its own project to compete in the stratosphere: the Argus drones.
Argus: a “flying satellite” in the stratosphere that plans to compete with Starlink
When talking about things like platforms HAPS or high speed satellite internetyou most likely think directly of Starlink, but it is not the only option, just the best known. There are also other competitors in the market, such as Eutelsat OneWeb, Telesat with Lightspeed and Amazon with Project Kuiper.
Now, another one joins the movement and is Russia with its Argus project. As explained in IXBT, it is an alternative that the Eurasian country wants to start using to stop depending on external products and increase its security.
This type of drone has the ability to stay in the stratosphere without having to have an orbital infrastructure, since it can work with solar energy.
Said unmanned aerial vehicle will function like any other modern satellite, offering advantages such as connectivity, surveillance, strategic military actions and civil use for the Internet. Its service range is from 15 to 24 kilometers high and can remain in flight for long periods of time without touching the ground.
In short, it could be said that it is un hybrid between drone, satellite, repeater and electronic weaponpositioning itself as an extremely versatile option that could serve for a long-term future.
In fact, instead of having thousands of satellites in orbit, this is a HAPS-type flying satellite that repositions itself depending on what is needed, so not as many are required to deploy.
Precisely this is why it can provide a high-speed connection in real time that can cover entire areas, including those remote regions or for the recomposition of communications in cities that require it.
When is the Argus drone relay system launched?
Internet, security and tactical capabilities from an optimal point between the earth and the cosmos It’s something that definitely sounds innovative, although it’s still a while away from being seen in action.
Is it ready yet? Russia is going to start Argus test flights starting in March 2026 and that is when it will be determined if an official launch is possible for this year or the next.
If the project is achieved, the technological advance could be very useful in the area of stratospheric connectivity and could inspire competitors to create other similar drones with even more advanced improvements.