Regulators move to preserve the current spectrum order
The U.S. Federal Communications Commission has issued a broad decision aimed at protecting incumbent rights in mobile satellite service spectrum, closing the door on several requests from companies trying to gain access to frequencies now seen as increasingly valuable for direct-to-device connectivity.
The April 23 order dismissed bids from SpaceX and other players seeking revisions to existing sharing frameworks in bands used for connecting portable devices. In practical terms, the ruling strengthens the position of companies that already hold these rights, including Globalstar, Iridium, EchoStar, and others operating in the relevant mobile satellite bands.
The decision arrives at a moment when direct-to-device, or D2D, connectivity is moving from concept to commercial battleground. The idea is straightforward: allow ordinary consumer devices to connect via satellite when terrestrial networks are unavailable. The spectrum politics behind that vision are much less simple, because the same frequencies are already occupied by operators with long-established rights and business models.
SpaceX, AST SpaceMobile, Kepler, and Sateliot all lose ground
Among the rejected efforts was a petition from SpaceX to revise the sharing framework for so-called Big LEO spectrum, which would have created a path for new entrants while also supporting SpaceX’s own D2D ambitions. Iridium, meanwhile, had sought a larger slice of the same Big LEO spectrum. Canada’s Kepler Communications was also seeking U.S. market access in part of that band.
The FCC rejected those requests, citing the risk of harmful interference to incumbent users. In the agency’s view, the portable and ubiquitous nature of mobile satellite service devices, combined with omni-directional antennas, creates especially serious interference challenges. It also argued that changing the existing framework would threaten investment certainty in a market already built around current license holders.
The order reached beyond Big LEO. The FCC also dismissed a bid for U.S. market access from Spanish startup Sateliot in part of the 2 gigahertz band. It rejected a request from AST SpaceMobile to operate in portions of that spectrum outside the United States as part of international operations. In addition, the regulator said it would not consider more U.S. commercial systems for international operations in the 2 GHz band because doing so could undermine EchoStar’s ability to compete globally.
Those decisions collectively signal a regulatory preference for preserving existing market structures rather than reopening spectrum access in the middle of a fast-developing commercial race.
Why the timing matters
The ruling came just over a week after Amazon announced plans to buy Globalstar in a deal valued at around $11 billion. That acquisition gives Amazon a route into the D2D market without having to fight for new spectrum rights from scratch. The FCC’s order makes that strategy look even more significant. In a market where regulators are declining to loosen incumbent protections, buying access may prove easier than lobbying for it.
The contrast is stark. New entrants and would-be expanders have argued that satellite connectivity should evolve toward more flexible sharing and broader participation. The FCC instead emphasized stability, interference protection, and investment confidence for current licensees. For companies without entrenched rights, that is a difficult regulatory signal.
It also raises the competitive stakes for partnerships, mergers, and spectrum deals. If the commission is unwilling to revisit underlying spectrum structures, then commercial arrangements with incumbents become much more valuable. Amazon’s Globalstar move is one example. So are the ongoing deals and negotiations that continue to shape how satellite and terrestrial communications companies position themselves in D2D.
EchoStar, Globalstar, and Iridium emerge stronger
The immediate winners from the order are the companies that already control the frequencies in question. Globalstar and Iridium see their incumbent positions reinforced. EchoStar also benefits from the commission’s refusal to expand access in ways the agency says could weaken its global competitiveness in the 2 GHz band.
The regulator also terminated an inquiry into EchoStar’s use of 2 GHz spectrum following the company’s multibillion-dollar spectrum sales to SpaceX. That move removes another layer of uncertainty around a key band linked to future connectivity strategies.
FCC chair Brendan Carr said the order positions the United States to lead in D2D services from space. Read one way, that statement suggests the agency believes leadership comes from letting current license holders build out services without new spectrum disputes. Read another way, it acknowledges that the race is already underway and that control over incumbent rights is now a strategic advantage.
A narrower path for the next wave of competition
The broader implication is that the D2D market may now be shaped less by open regulatory redesign and more by dealmaking among companies that already possess the needed assets. Spectrum, in this environment, behaves like a gated resource. The gate is not opening wider.
That does not mean competition disappears. It means the forms of competition shift. Instead of simply petitioning for access, companies may need to acquire operators, sign capacity agreements, or strike cross-industry alliances with mobile carriers and satellite incumbents. The FCC’s decision does not end the D2D contest, but it redraws the map.
For SpaceX and other challengers, the ruling is a setback. For incumbent spectrum holders, it is a significant defense of their market position. And for the broader communications sector, it is a reminder that in satellite connectivity, technical ambition still runs through a regulatory bottleneck.
The next phase of direct-to-device competition will still be defined by launches, devices, and customer adoption. But after this order, it will be defined just as much by who already controls the airwaves.
This article is based on reporting by SpaceNews. Read the original article.
Originally published on spacenews.com
