By Daniel Okafor

The Federal Communications Commission will auction spectrum that SpaceX, Amazon, and AST SpaceMobile all want, according to a Yahoo Finance report. The agency has not yet published the specific frequency bands, auction date, or reserve price for the proceeding.

The headline fact places three direct-to-device satellite operators into competition for limited mid-band US capacity. The auction outcome will shape how satellite-to-phone connectivity scales inside the continental United States through the next decade.

What is the FCC auctioning?

The public notice does not identify the frequency range. Industry filings link the proceeding to spectrum originally allocated for mobile satellite service during the 1990s. Much of that capacity has sat unused for two decades. The FCC has consulted on rule changes allowing hybrid terrestrial and satellite use of those airwaves.

The 1990s MSS auctions raised approximately $2 billion for the US Treasury. Those licenses went to operators including Inmarsat, Motorola, and TRW. Most of those rights later returned to the regulator through bankruptcy proceedings or non-use. The new auction framework would reassign rather than reauction that capacity.

Direct-to-cell operators need those bands because standard smartphones transmit and receive on a defined set of frequencies below 3 GHz. A satellite fleet without rights to those airwaves cannot reach a commercial handset without modified hardware. Auction access removes the technical bottleneck that has slowed the direct-to-device sector.

Why are SpaceX, Amazon, and AST all interested?

Each company runs a distinct low-Earth-orbit broadband program aimed at consumer or enterprise connectivity. SpaceX operates the Starlink constellation and partners with T-Mobile US on direct-to-cell trials. Amazon deploys Project Kuiper, its planned LEO network carrying more than 3,000 satellites at full deployment. AST SpaceMobile flies large phased-array satellites engineered to communicate with unmodified mobile phones.

All three have filed FCC petitions in recent years. The agency has consolidated those filings into a single auction framework. Bidding revenue will flow to the US Treasury under standard FCC procedures.

How does this fit the direct-to-device race?

Direct-to-cell has moved from test phases to early commercial service. Operators now compete on coverage footprint, handset compatibility, and spectrum depth. Spectrum holdings determine whether a provider can deliver nationwide service on its own or must depend on wholesale carrier agreements.

The US market matters because three of the four major carriers have signed direct-to-cell partnerships. T-Mobile works with SpaceX. Verizon has aligned with AST and Amazon. AT&T has tested AST terminals. Auction outcomes will reshape the wholesale relationships between carriers and satellite operators for years to come.

Commercial progress illustrates the technical reality. SpaceX and T-Mobile began text-to-satellite service on Starlink-equipped phones in late 2024. AST SpaceMobile completed two-way voice calls with standard smartphones using its BlueBird prototype in 2023. Project Kuiper has not yet launched direct-to-cell hardware but holds FCC authorization for the service.

Satellite operators have spent two years pressing Washington for spectrum reform. The auction framework responds directly to that pressure from SpaceX, Amazon, and AST SpaceMobile filings.

What comes next?

The agency has not released the auction timetable. Industry counsel expect a Notice of Proposed Rulemaking followed by a public comment cycle of at least several months. Final auction rules could take twelve to eighteen months to issue. The eventual license holder will gain rights that define direct-to-cell competition through 2035 and beyond.

The auction will determine which operator gains the spectrum foothold required to scale satellite phone service across the continental United States. Winners will also shape wholesale pricing, roaming economics, and handset compatibility standards for years to come.