Russia Launches Satellite Internet Network to Challenge Starlink

Russia has launched 16 satellites as the first step in building its own internet-from-space network, called Rassvet. The government has committed 102.8 billion rubles—about $1.26 billion—to build out the full system. This puts Russia in direct competition with SpaceX's Starlink, which already operates a much larger satellite internet service.

According to Bureau 1440, this first launch marks a shift from early testing to actually delivering satellite internet service to customers.

How Satellite Internet Works

To understand what Russia is attempting, it helps to know how satellite internet differs from the cables and wireless networks you likely use today. Instead of signals traveling through underground fiber optic cables or cell towers, they bounce off satellites orbiting high above Earth.

Russia's Rassvet satellites will sit in what engineers call low-earth orbit—much closer to Earth than older satellite systems. This reduces the time it takes for data to travel up and back down, making the connection faster. Think of it like the difference between yelling across a room versus shouting across a football field: the shorter distance means less delay.

However, you need many satellites to cover the entire planet. Starlink currently has over 5,000 satellites in orbit. Amazon's Project Kuiper is approved to launch 3,236. China has announced plans for constellations totaling over 12,000 satellites. Rassvet will need to launch hundreds more satellites beyond this initial batch to provide reliable service.

The Challenge of Staying Competitive

Building satellite internet is extremely expensive. Starlink has spent more than $10 billion developing its network. The $1.26 billion Russia has allocated covers early costs, but deploying a full constellation will require much more. The economics only work if a company can attract enough customers to pay for continuous satellite launches and replacements—satellites don't last forever in orbit.

Satellite internet also faces real limitations. Signals cannot travel as fast through it as they do through fiber optic cables buried underground. Heavy rain can disrupt the connection. The equipment customers need to receive the signal used to cost over $3,000, though prices have fallen to under $500 in some places as production has increased.

The companies that have tried this before learned these lessons the hard way. In the 1990s, Iridium and Globalstar launched major satellite internet efforts, only to struggle with the high costs and changing economics. Today's companies have advantages—rockets are reusable now, making launches cheaper, and satellites are smaller and less expensive to build. But the fundamental problem remains: making enough money from customers to justify the enormous upfront investment.

Why Countries Want This

Russia is not alone in this effort. The European Union is funding its own constellation called Iris². India and other countries have similar projects underway. Governments view satellite internet as strategically important infrastructure.

For Russia specifically, Western sanctions have made it harder to buy advanced electronics and satellite components from other countries. An independent satellite internet system means Russia could potentially reduce its reliance on other nations' communications networks. Satellites can also support military communications if needed.

However, Russia's satellite internet plans face a major practical problem. Because of sanctions, Russia has limited access to Western internet routing systems and content delivery networks—the infrastructure that helps data move efficiently across the world. This means Russian satellite internet users may find slower speeds and less reliable connections when trying to reach content and services outside Russia.

Managing a Crowded Orbit

Space agencies are tracking over 34,000 objects in orbit larger than 10 centimeters. As companies launch more satellites, the risk of collisions increases. This is a concern for all constellation operators, not just Russia. International guidelines exist for responsible space operations, but there is no strong enforcement mechanism if a company ignores them.

The broader context here is that major world powers are now competing to control their own communications infrastructure rather than relying on other countries' networks. This trend will likely continue even though it means more satellites in orbit and raises questions about whether the orbital environment can sustainably support so many large constellations at once. The answer will probably come down to how well each company executes and whether they can actually attract and keep enough customers to make their systems financially sustainable.