The FCC unanimously adopted a Notice of Proposed Rulemaking on May 20, 2026, that asks a deceptively simple question: should the federal government stop paying to build fiber in rural America if Starlink is already overhead? The agency claims nearly all remaining unserved U.S. locations are now covered by a LEO satellite provider, and in its filing, suggested that continued federal support for terrestrial buildouts in those areas constitutes unnecessary duplication. This is not policy rhetoric. It is a formal regulatory proceeding with an open record, and if finalized, it could redirect roughly $4.5 billion in annual Universal Service Fund spending away from fiber and fixed-wireless carriers toward satellite operators.
The High-Cost program is the largest single component of the USF, designed to subsidize broadband and telecommunications deployment in rural and expensive-to-serve areas where private carriers have historically found no financial incentive to build. The NPRM proposes treating LEO satellite broadband as a sufficient substitute for terrestrial infrastructure in those areas, which would effectively disqualify them from receiving federal money for land-based alternatives. The timing is not accidental. SpaceX has just won more than 464,000 locations under the restructured $42.5 billion BEAD program, along with $636 million in direct federal funding. A rule that treats satellite as a legal substitute for fiber would cement that advantage by eliminating future USF support for any terrestrial competitor in areas SpaceX already nominally serves.
What makes the FCC's move credible is not the policy argument but the technical foundation underneath it. In April, the FCC adopted changes to LEO-GSO spectrum-sharing rules that allow greater frequency reuse across overlapping satellite beams, increasing usable capacity without requiring more satellites. Agency analysis suggests a constellation needing 462 LEO satellites to achieve a coverage standard under the old rules could accomplish the same coverage with only 360 satellites under the new sharing regime, roughly a 22 percent reduction in constellation size requirement. Meanwhile, SpaceX is preparing to launch third-generation Starlink satellites later this year with 10 times the download capacity and 24 times the upload capacity of the current generation. These are not roadmap claims; they are spacecraft already in production. The cumulative effect is a satellite operator with shrinking per-unit costs, rising capacity, and now a regulatory path to eliminate the subsidy-funded competition that might otherwise constrain its rural market dominance.
The FCC filing emphasizes that support for terrestrial buildouts in areas already served by another provider would be an inefficient use of limited universal service funds. On its face, this is reasonable budget discipline. But the definition of 'served' matters enormously. If a location is technically reachable by a Starlink beam, even if local adoption rates are low or service quality unproven, it qualifies. A rural fiber operator planning a $20 million deployment in a three-county region would find that those counties now carry regulatory risk that has nothing to do with technology or cost. The FCC might simply decide the area is already served by satellite, disqualifying it from the very subsidy pool that made the fiber project financially viable. This is not market competition; it is regulatory foreclosure.
The formal rulemaking is now in the comment period, meaning terrestrial ISPs, rural carriers, regional utilities, and state broadband offices have legal standing to file objections on the record. Expect fierce response from the National Rural Electric Cooperative Association, the Fiber Broadband Association, and state attorneys general in agricultural regions who depend on USF funding to close the digital divide. Some may mount legal challenges arguing that substituting satellite for fiber violates the Communications Act's requirement that USF mechanisms advance universal service deployment. Others will argue that coverage by a commercial LEO satellite is not the same as access, particularly in regions where Starlink's network is congested or service latency is prohibitive for certain applications. The FCC will have to address these in a final rule. If it does not, litigation becomes likely. Watch three markers: whether the FCC receives significant pushback in the comment period that forces it to narrow the substitution rule; whether a final rule vote occurs in 2026 or slips to 2027; and whether any state or industry coalition challenges the rule in federal court, which would freeze implementation during appeals.