With this new product line, Vaast is entering an increasingly crowded market. Historically, in the United States, a few large companies such as Boeing, Lockheed Martin, Northrop Grumman, Maxar, and Sierra Space have built medium and large satellites. These were usually expensive and often exclusive designs costing tens to often hundreds of millions of dollars.
But some trends in recent years have changed the scenario. The US government’s Space Development Agency has indicated that it prefers extended constellations – multiple satellites spread out at short distances from a concentrated target – rather than a few larger and more expensive satellites. With the increased cadence of the Falcon 9 rocket, as well as rideshare missions, it became easier and sometimes cheaper to place small and medium-sized satellites into orbit.
This has led to an influx of venture capital to support a new generation of companies looking to build less expensive, more modular satellites that can serve a variety of purposes. There are several major, relatively new entrants to the field including K2 Space, Rocket Lab, True Anomaly, Blue Canyon, and Millennium Space Systems.
Vishal already has…huge facilities
Haot said most of these companies are still emerging, with products that are not yet mature. In other words, he believes that if Vast Space can be implemented, it could become the market leader, especially in applications that consume power. The giant has already invested $1 billion in spacecraft manufacturing facilities, he said, including clean rooms that can be used for space stations as well as satellites.
The number of satellites in space has increased in recent years, largely due to the rapid expansion of SpaceX’s Starlink constellation. For decades the total number of satellites orbiting Earth was about 4,000, but in the last five years that number has fallen to about 14,000.
This is just the beginning. According to some estimates, over the next decade, there will be about 500,000 satellites in orbit for the purpose of communications, Earth observation, orbital data centers, and other applications.
Haot expects about 90 percent of these to be satellites built by SpaceX, Amazon, Blue Origin or other major players. But even 10 percent of that number, if available to commercial satellite bus manufacturers, would represent 50,000 satellites for Vaast and other companies to compete with.
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