Starlink satellite internet technologies have become an integral part of Ukraine's communications infrastructure. According to various estimates, there are approximately 150,000 terminals in Ukraine, most of which were purchased by volunteer organizations, businesses, and private users to ensure their own autonomy.
While Starlink has radically changed the rules of the game on the battlefield, providing connectivity in areas where traditional networks have been destroyed, its role in civilian life is no less important. In the face of Russian aggression and constant blackouts, satellite internet has become almost the only reliable way to stay connected.
However, as with any revolutionary technology, myths and speculation quickly arose around Starlink. Will rain or snow really be enough to disable it? Does it make Ukrainian soldiers a target on the battlefield for the enemy?
Before believing in another fiction, it's worth getting to know the facts.
In this article, Adaptis debunks five of the most common myths about Starlink, based on the system's architecture and practical experience.
Myth 1: Radiation from Starlink satellites affects the brain and is harmful to human health
Truth: This myth has arisen amid a broader debate about the safety of 5G technology and electromagnetic fields. Since Starlink uses thousands of satellites and high-frequency signals, many people have a natural fear of “invisible interference” that is difficult to control. Additional concerns are FCC technical requirements and official operating instructions, which state that you should not stand directly in front of the dish while it is in operation.
Source: FCC Report, Starlink Terminal Model UTR-211
Source: FCC Report, Starlink Terminal Model UTR-211
However, in reality, this precaution only applies to protection against a weak thermal effect (heating) directly in front of the working dish. Satellites and terminals use non-ionizing radiation, which by its nature is not capable of destroying the structure of cells or DNA. Thanks to phased array technology, the signal travels in a narrow beam vertically into the sky, so a person nearby is in the “shadow” of the main wave stream. The level of background exposure from Starlink does not exceed the indicators of a regular home Wi-Fi or mobile phone, which makes it safe for everyday use.
Myth 2: Heavy cloud cover affects the terminal signal
Truth: It is a common belief that even normal cloud cover can significantly slow down or even completely eliminate a signal. In fact, Starlink satellites operate in high-frequency bands that are specifically designed to pass through atmospheric phenomena. While very dense, low-lying clouds with high moisture content can cause minimal speed fluctuations, this effect is almost imperceptible to the average user.
The main factor that can really affect the quality of the Internet is not the state of the sky, but physical obstacles directly in the field of view of the antenna, such as large tree branches, dense concrete buildings. Thus, cloudy weather in itself is not an obstacle to comfortable work on the network.
Myth 3: Using Starlink makes the Ukrainian military a target for the enemy
Truth: Since Starlink became critically important to the Ukrainian military, there have been reports that SpaceX has been leaking their coordinates to the enemy. However, there have been no confirmed cases of such leaks.
In addition, the scale of use is a key factor. There are tens of thousands of terminals operating on the front lines, and hundreds of thousands across the country. Some of them are constantly being moved, transferred, and replaced. Therefore, it is impossible to determine whose terminal it is and where it is at a particular moment, even using the most sophisticated surveillance and radio intelligence systems.
Of course, one should not ignore physical detection factors, such as thermal radiation. Since the terminal heats up during operation and can be visible in a thermal imager, especially in winter when the terminal heating mode is on.
Myth 4: Disabling several Starlink satellites can paralyze the system
Truth: Starlink won't stop working if one or more of its satellites are destroyed. Here's why...
Starlink is not like a traditional Internet network, as it consists of a giant constellation of thousands of devices located in low Earth orbit. When one satellite fails, its function is instantly compensated by other devices. For an ordinary user, this is completely imperceptible: the terminal automatically switches to the nearest active satellite. So the "loss" of one device has no consequences for the stable operation of the entire system.
And to really affect the operation of Starlink, it would be necessary to destroy not a few, but hundreds or even thousands of satellites (according to official data, as of January 2026, the total number of which is over 9,000 devices). In addition, since satellites eventually deorbit and burn up in the Earth's atmosphere, SpaceX regularly launches new batches and updates the equipment. Thanks to this constant “regeneration”, the network is always restored and strengthened. That is why the system architecture is resistant to local losses from the very beginning and can work even in the most difficult conditions.
Myth 5: Starlink doesn't work in rain and snow
Truth: Another common myth is that if Starlink gets caught in rain or snow, the connection will immediately "go down." In fact, this is a myth that is debunked by reality.
At the same time, the terminal itself has automatic heating. This feature ensures that snow, ice and frost melt immediately without interfering with the antenna's operation. Thus, even in difficult weather conditions, Starlink continues to provide communication, with only a potential slight drop in speed, rather than a complete shutdown.
In addition, the terminals are water-resistant: the Gen 2 model has an IP54 protection standard, which reliably protects against dust and splashes, while the newer generations Gen 3 and Starlink Mini have an IP67 standard, which allows them to withstand even short-term immersion in water. However, even with such protection, it should be remembered that it is strictly forbidden to direct a jet of water directly into the connectors. For information on how to properly care for your Starlink with the Adaptis kit, see our video.
So here we can conclude – all popular myths about Starlink are easily refuted by real technology of use. It’s very simple: the system is built on scale and constant updating, which makes it resilient and flexible to usage scenarios.
We at Adaptis can confidently say: Starlink is a reliable means of communication that provides communication in any corner of the planet.
