Elon Musk, CEO of SpaceX—the parent company behind Starlink—gave a clear explanation of why satellite internet cannot beat regular cell towers in crowded cities, even though it plays a major role in improving rural connectivity worldwide. Starlink uses thousands of satellites that orbit Earth at around 550 km above the surface. Even at their lowest possible orbit of about 350 km, they are still extremely far away compared to a city cell tower that is just 1 kilometre from a user.
How Starlink Works and Why City Networks Still Perform Better
Musk explained that this massive difference in distance affects how quickly and efficiently internet signals can travel. A phone connecting to a nearby tower only sends signals over a very short distance. This makes the connection fast and strong. But Starlink signals must travel all the way up to space and back. Because of that, Starlink cannot match the speed and efficiency of tower networks in high-population areas.
To make it clearer, Musk compared a Starlink satellite beam to a large flashlight. When the flashlight spreads its light over a wide area, the brightness becomes weaker. Similarly, each satellite covers a large region, and each satellite can support only a fixed number of users at once. In a big city with millions of people and tall buildings, too many users try to connect at the same time, making it impossible for Starlink to handle the load properly.
He added that Starlink may serve only about 1 to 2 per cent of users in crowded cities, mainly in areas where fibre cables are not available. Musk emphasised again that this is not a technology failure, but a fundamental rule of physics.
Why Starlink Excels in Disaster Zones and the Importance of Rural Connectivity
While Starlink cannot outperform towers in major cities, it offers enormous benefits in remote regions and in emergency situations. In fact, Elon Musk highlighted that Starlink currently operates in 150 countries, using several thousand satellites that travel at nearly 25 times the speed of sound. Because these satellites are much closer to Earth than geostationary satellites—which sit 36,000 km away—Starlink provides much lower latency, meaning users experience less delay.
One of the biggest strengths of Starlink is its laser mesh network. Instead of depending only on underground fibre cables, Starlink satellites communicate with one another using lasers. This allows data to travel through space even if cables on the ground are damaged.
Musk shared a real-world example: when important internet cables in the Red Sea were cut, many regions suffered connection problems. But Starlink “continued without a hitch,” thanks to its laser-linked system.
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This reliability becomes extremely important during natural disasters such as floods, earthquakes, or wildfires. In such situations, cell towers may collapse and cables may break, leaving people with no way to communicate. Starlink continues working as long as users have a dish and power. Musk said the company even offers Starlink for free during emergencies, noting, “We don’t want to put a pay wall up while somebody’s trying to get help.”
This is also where rural connectivity becomes crucial. Starlink was built to support regions where traditional networks fail. In many countries, rural connectivity remains a long-standing challenge because building towers or laying fibre cables in mountains, forests or deserts is extremely difficult and expensive. Starlink helps fill these gaps, giving rural connectivity a major boost. Musk pointed out that rural connectivity is one of Starlink’s biggest strengths, and rural connectivity is the core area where satellite networks outperform traditional telecom infrastructure. For millions of people worldwide who struggle with rural connectivity, Starlink offers a dependable, practical, and fast solution. By removing barriers to rural connectivity, Starlink provides internet access in places where it was once nearly impossible.
Starlink Works With Telecom Companies, Not Against Them
Elon Musk made it clear that Starlink is not trying to replace telecom companies. Instead, it is built to work alongside them. In big cities, fibre networks and mobile towers will always perform better because the connection distance is extremely short. These systems are designed to handle heavy traffic from thousands of users at once, something satellites simply cannot do.
But outside these cities—in villages, islands, mountains, deserts and other remote regions—Starlink becomes the ideal choice. Musk explained that Starlink exists to support the world’s toughest connectivity challenges. In places where laying fibre or building towers is nearly impossible, Starlink fills the gap and becomes the only reliable option.
He added that Starlink is a division of SpaceX dedicated to ensuring that people, especially those lacking rural connectivity, get usable and stable internet access.
