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SpaceX wants to launch 100,000 satellites to build an AI highway in space

SpaceX has just dropped another bombshell: the company formally asked the Federal Communications Commission (FCC) for permission to launch and operate a third-generation satellite constellation made up of 100,000 satellites. That's nearly ten times the size of the second-generation Starlink network, which was approved for about 12,000 satellites and already has over 7,000 in orbit.

SpaceX describes this new system as "a powerful, resilient, and ubiquitous communication infrastructure" capable of handling the majority of global internet traffic. In other words, they're no longer just a satellite internet provider for remote areas and airplane Wi-Fi. They want to become the foundational communication network for the AI era.

Two orbital layers, new frequency bands

According to the application, the third-generation constellation will be deployed in two closely stacked orbital shell layers. One sits at 323 to 327.5 kilometers altitude, the other at 473 to 477.5 kilometers. The orbital inclination ranges from 26 degrees to 96.9 degrees, with the latter approaching a sun-synchronous orbit. That flexibility allows SpaceX to adjust coverage based on demand, polar regions, and market traffic patterns.

On the frequency front, SpaceX already has authorization for Ku, Ka, V, and E bands. Now they're also applying for the W and D bands, which sit between 92 GHz and 275 GHz. The company explains that to provide capacity for billions of people and AI-driven devices, they need to significantly expand backhaul capabilities. Developing these new frequency bands will be critical.

Space communication meets ground AI

This isn't just about better internet. SpaceX's move also supports its AI ambitions. The company recently acquired Anysphere, the developer of the AI coding tool Cursor, for $6 billion. Its Grok large language model is evolving rapidly. A network of 100,000 satellites would provide global low-latency data transmission for these AI services.

So the picture becomes clearer: a closed-loop ecosystem where the satellite network handles global data transmission, and AI models like Grok handle data processing and interaction. It's a competitive barrier that would be tough for anyone else to replicate.

Of course, the FCC's decision will be key. But SpaceX's Starship launch capability is maturing fast. If the application gets approved, the company's ability to launch thousands of satellites per year could make this grand plan a reality.

Key Points

  • SpaceX applied for a 100,000-satellite third-generation constellation
  • The system aims to handle most global internet traffic and support AI
  • Two orbital layers and new frequency bands (W and D) are part of the plan
  • The network would complement SpaceX's AI ventures like Grok and Cursor
  • FCC approval and Starship launch capacity are critical factors