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On Tuesday, Oct. 27, 2026, the Federal Communications Commission granted Amazon approval to acquire Globalstar. The Commission said the transaction will serve the public interest through improved satellite services. Amazon announced its intent to acquire the mobile satellite operator in April, so the review took roughly six months. The sources available to us do not disclose the transaction value, the closing timeline or any conditions attached to the approval. Readers should check the FCC order for those details.
The approval landed in the same week as two related moves by SpaceX. Rogers chief executive Tony Staffieri told analysts on Friday that SpaceX plans to bring Starlink Mobile to Canada through wireless carriers rather than compete with them, and that the service will be offered to any Canadian carrier. SpaceX also filed a letter dated Oct. 23 asking the FCC to add the 902–928 MHz band to a pending satellite-to-phone rulemaking and to revise related interference and deployment requirements. The letter records meetings with FCC officials on Oct. 21 and 22, ahead of the Commission's scheduled Oct. 29 consideration of several spectrum proposals.
The FCC also published a further satellite licensing reform proposal on Oct. 26, with comment deadlines on experimental operations, authorized operating parameters and earth-station requirements. SpaceX suggested simplifying the documentation that demonstrates compliance with radiofrequency-exposure limits.
Globalstar's value to a buyer lies mainly in its mobile satellite service spectrum, its existing satellite fleet and its operating history in consumer-facing satellite messaging. A company building a large low Earth orbit broadband network gains little by acquiring a few dozen satellites for their own sake. What it gains is a licensed, internationally coordinated path to talk directly to handsets. Spectrum is the scarce input in direct-to-device (D2D) service. Terrestrial carriers hold their bands under national licences, and satellite operators must either lease from them or hold their own mobile satellite allocations.
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The FCC approval removes a major regulatory uncertainty for Amazon. It also shows how the Commission is weighing satellite consolidation: it framed the outcome in terms of improved services rather than competitive concentration. That framing is a signal to other operators weighing combinations in a sector where capital needs are high and spectrum is limited.
The contrast with SpaceX is the structural point. SpaceX is pursuing a wholesale carrier model in Canada, where it supplies satellite coverage that terrestrial operators resell under their own brands. It is simultaneously seeking additional spectrum at the FCC. Amazon, by buying a spectrum holder, is moving toward ownership of the radio layer itself. These are two different answers to the same question: who owns the customer relationship and the spectrum when phones connect to satellites?
The D2D market is splitting into a carrier-partnership model and a spectrum-ownership model, and the FCC has just shown it will allow the second to proceed.
Amazon's approval raises the bar for competitors that want D2D capability without owning a constellation of their own. Smaller mobile satellite operators now have a clear precedent for being acquired by a larger broadband builder. Operators with scarce spectrum assets but limited capital will be reassessing their strategic options, including partnerships, sales and spectrum leasing.
Staffieri's comments show that carriers see value in being the commercial front end for satellite coverage. The caveat is that SpaceX's offer to any Canadian carrier limits exclusivity. A carrier cannot use satellite coverage as a differentiator if its rivals can buy the same product. If Amazon pursues the same wholesale approach, carriers could face two suppliers bidding for their business, which would likely improve their terms. If Amazon instead pursues direct-to-consumer offerings, carriers would face a competitor with its own spectrum.
The SpaceX request for 902–928 MHz is notable because that band is shared with a range of existing users, which makes interference rules the central issue. The FCC's Oct. 29 consideration of multiple spectrum proposals and its parallel licensing reform proposal indicate a Commission that is moving fast on satellite rules. Industry comments due in the licensing docket will test how far streamlining can go before it conflicts with interference protection and RF exposure requirements.
Both models need many satellites with capable phased-array payloads, so demand for satellite buses and launch capacity continues. Launch supply remains tight: Falcon 9 flew another 27-satellite Starlink mission on Oct. 27 with a booster on its 26th flight, while rival medium-lift rockets have slipped, which is context for how much of the market SpaceX can serve by itself.
The near-term sequence is visible. The FCC takes up spectrum proposals on Oct. 29. Comments on the licensing reform notice follow on the published schedule. Amazon will move toward closing and then toward integration, at which point its intentions will become clearer: whether it keeps Globalstar's existing services, builds a wholesale offer for carriers or combines the spectrum with its own constellation.
Watch three indicators. First, whether Amazon announces carrier agreements, which would confirm convergence on the wholesale model. Second, whether the FCC's treatment of the 902–928 MHz request sets a precedent for adding shared bands to satellite service. Third, whether other mobile satellite licence holders announce transactions. Also watch how the approval is treated abroad, since Globalstar's spectrum rights depend on international coordination as well as US licensing.
The main uncertainty is execution. Approval is not integration, and the technical work of combining a legacy mobile satellite system with a new broadband architecture is substantial. The sources do not say how long that will take.