Just a few years ago, it seemed that the global satellite internet market had already been divided among a handful of major players. SpaceX’s Starlink was rapidly expanding its constellation, Amazon was preparing Project Kuiper, and China had begun deploying its ambitious Guowang network.
Against this backdrop, Russia appeared to be lagging behind. Today, however, that picture is beginning to change. Private aerospace company Bureau 1440 is actively developing Rassvet, a low-Earth orbit satellite constellation that is increasingly being described as Russia’s answer to Starlink.
The company recently announced its second batch launch of production satellites, marking another important milestone as the project moves from the experimental phase toward building a full operational constellation.
But what exactly is Rassvet, and can it realistically compete with the world’s leading satellite internet systems?
Why the World Is Moving to Low Earth Orbit
Not long ago, satellite internet was almost exclusively associated with massive geostationary satellites orbiting approximately 36,000 kilometers (22,300 miles) above Earth.
These spacecraft could provide coverage over enormous areas but suffered from one major drawback—latency.
Even signals traveling at the speed of light require nearly a quarter of a second to reach a geostationary satellite. Once the return trip is included, total network latency can easily exceed 600 milliseconds, making video conferencing, online gaming, and many modern internet applications far less practical.
This limitation is precisely why the new generation of satellite networks follows a completely different approach.
Instead of relying on a handful of large satellites, modern constellations use hundreds—or even thousands—of smaller spacecraft operating between 500 and 1,200 kilometers above Earth.
Their proximity to the planet dramatically reduces signal delay, while the large number of satellites provides continuous global coverage.
This is the same concept behind Starlink, OneWeb, Project Kuiper—and now Rassvet.
What Is the Rassvet System?
Rassvet is being developed by Bureau 1440, a private Russian aerospace company founded in 2020 and now part of IKS Holding.
The project’s primary objective is to deliver high-speed broadband connectivity across Russia and, eventually, around the world.
The satellites operate at an altitude of approximately 800 kilometers.
Each spacecraft is equipped with laser inter-satellite communication terminals developed by Bureau 1440 itself.
This technology is considered one of the defining features of next-generation satellite constellations.
Rather than routing every transmission through ground stations, satellites exchange information directly with one another via laser links, effectively creating a space-based data network.
According to the developer, the system is expected to provide data transfer speeds of up to 1 Gbps while maintaining very low latency.
A 5G Base Station in Space
Bureau 1440 often compares each satellite to a terrestrial mobile communications tower.
In effect, every spacecraft functions as a 5G base station in orbit.
A user’s terminal connects to the nearest satellite, which then relays the information across neighboring satellites before transmitting it to the appropriate ground station using the shortest available route.
This architecture allows broadband internet access even in remote regions where building traditional telecommunications infrastructure would be economically impractical.
Who Is Rassvet Designed For?
Unlike Starlink, which primarily targets individual consumers, Rassvet is initially focused on government agencies and enterprise customers.
Potential users include:
- transportation companies;
- airlines;
- maritime operators;
- rail networks;
- oil and gas companies;
- energy providers;
- mining and industrial enterprises;
- agricultural businesses;
- emergency response services;
- government organizations.
User terminals are designed for both fixed installations and mobile platforms, including cars, aircraft, trains, ships, and other vehicles.
Building the Constellation
Development has progressed rapidly.
The first three experimental satellites, known as Rassvet-1, were launched in 2023.
A second experimental mission, Rassvet-2, followed in 2024, testing new onboard technologies and communication systems.
In March 2026, the first 16 production satellites were successfully launched.
The recently announced second batch launch represents another step toward building the operational constellation.
According to previously published plans, achieving continuous global coverage will require more than 250 satellites.
The project’s first deployment phase envisions approximately 350 satellites, while long-term plans call for expanding the constellation to nearly 900 spacecraft.
Can Rassvet Really Compete With Starlink?
This is perhaps the most frequently asked question.
At present, Starlink remains the undisputed global leader in low-Earth orbit broadband.
SpaceX already operates thousands of satellites, serves millions of customers worldwide, and launches new spacecraft at an unmatched pace.
Compared to that, Rassvet is still in its early stages.
However, comparing the two systems purely by the number of satellites misses the bigger picture.
From an engineering standpoint, their architectures are remarkably similar.
Both rely on:
- low-Earth orbit operations;
- large constellations of relatively small satellites;
- laser inter-satellite communication links;
- broadband internet services;
- low-latency connectivity;
- support for mobile users.
In that sense, Rassvet can legitimately be described as Russia’s counterpart to Starlink, even though it still has a long way to go before reaching the same operational scale.
When Will the Network Become Operational?
According to Bureau 1440, the first commercial customer trials are expected during 2026.
Full commercial operations are scheduled to begin in 2027.
If deployment proceeds according to plan, Russia will soon possess its first large-scale low-Earth orbit broadband satellite network.
Conclusion
Rassvet is one of the most ambitious space projects currently underway in Russia. Its goal extends well beyond launching another group of communications satellites—it aims to establish an independent broadband infrastructure capable of delivering high-speed internet wherever conventional terrestrial networks are unavailable or economically impractical.
Although the constellation remains far smaller than Starlink today, the transition from experimental launches to regular deployment of production satellites marks a significant turning point. Should Bureau 1440 succeed in placing hundreds of satellites into orbit over the coming years, Rassvet could become a key element of Russia’s future digital infrastructure and an important player in the rapidly evolving global satellite communications market.
