We are the Frontier
U.S.

SpaceX, Blue Origin Propose Massive Satellite Networks

Both companies are planning major orbital infrastructure expansions as NASA coordinates related lunar lander testing.

Updated on Oct. 16, 2026 in Space

Bold flat-color editorial illustration in navy and cream with deep red, depicting a geometric modular satellite structure in space.
SpaceX and Blue Origin have filed competing proposals for massive satellite network expansions, seeking FCC approval to deploy thousands of orbital nodes. AI Illustration. Upload story photo >

Live Poll

Is the rapid expansion of private satellite networks in Earth's orbit a positive development for society?

SpaceX filed an application on Jan. 30, 2026, to develop an orbital data-center system featuring up to 1 million satellites, following Blue Origin’s Jan. 21 announcement of its 5,408-satellite TeraWave network. The FCC issued a notice regarding the SpaceX proposal on Feb. 4, 2026.

Why it matters

These competing orbital infrastructure plans signal a shift toward massive scale in low Earth orbit, where SpaceX currently operates over 11,000 satellites. As orbital congestion grows, these networks aim to establish high-capacity data and resource systems in space.

SpaceX proposed an orbital data-center at altitudes between 500 and 2,000 kilometers, while Blue Origin’s TeraWave network aims for 6 terabits per second capacity via 5,280 low Earth orbit and 128 medium Earth orbit satellites.

The players

SpaceX

A developer of launch vehicles and satellite constellations that delivered 2,213 metric tons of payload to orbit in 2025.

Blue Origin

An aerospace manufacturer developing orbital networks and lunar resource conversion systems like Blue Alchemist.

NASA

The agency managing the Artemis program and coordinating lunar lander testing with SpaceX and Blue Origin.

Federal Communications Commission

The regulatory body that manages spectrum allocation and orbital infrastructure licensing in the United States.

The details

The TeraWave network uses optical links to transmit data across a multi-layered satellite constellation. SpaceX’s proposed orbital data-center would leverage its existing satellite mass-deployment capability, which moved 2,213 metric tons of payload in 2025. Complementary lunar research includes Blue Origin’s Blue Alchemist, a system designed to convert lunar soil into oxygen, metals, and solar arrays to minimize Earth-based launch mass.

Timeline

  1. Jan. 21, 2026: Blue Origin announces the TeraWave satellite network.

  2. Jan. 30, 2026: SpaceX files its application for an orbital data-center.

  3. Feb. 4, 2026: The FCC issues a notice regarding the SpaceX application.

  4. 2025: SpaceX delivers 2,213 metric tons of payload to orbit.

  5. Oct. 6, 2026: Starlink satellite count exceeds 11,000 units.

The Tech Race

The race to dominate low Earth orbit and lunar logistics follows the trajectory set by the Artemis program’s lander requirements. SpaceX and Blue Origin are competing to scale infrastructure while simultaneously fulfilling NASA landing assignments.

These orbital data-center and satellite networks are currently in planning or early design stages, with no consumer-facing services available. Deployment for the TeraWave network is scheduled to begin in the fourth quarter of 2027.

The takeaway

Commercial satellite constellations are pushing toward unprecedented orbital density, with total capacity expected to scale significantly by 2027. Watch the FCC regulatory review process for the SpaceX orbital data-center application as a key indicator of the future of LEO saturation.

What happens next

NASA plans to conduct Artemis III lander test article flights during 2027.

Further reading

For broader developments in space-based infrastructure and missions, visit Space.

Source note: This article includes information reported by TokenPost.

Live Poll

Is the rapid expansion of private satellite networks in Earth's orbit a positive development for society?