SpaceX filed a petition in August 2024 asking the FCC to rewrite three-decade-old satellite power rules. On April 30, 2026, the agency votes to give them exactly what they asked for—up to seven times more capacity for the same 10,000-satellite network, according to [Reuters](https://www.reuters.com/business/media-telecom/us-set-ease-power-limits-space-based-broadband-2026-04-08/).
The mechanism is worth $2 billion in economic benefits, the FCC says. But the real number is bigger.
Starlink generates 50% to 80% of SpaceX's revenue, according to [Reuters](https://www.reuters.com/business/aerospace-defense/spacexs-business-finances-rockets-satellite-communications-budding-ai-2026-04-01/). That revenue hit somewhere between $15 billion and $16 billion in 2025. Industry analysts project Starlink alone will generate $20 billion in 2026, per the [San Antonio Express-News](https://finance.yahoo.com/markets/stocks/articles/spacexs-biggest-moneymaker-starlink-soars-151455058.html). A 7x capacity increase without launching a single additional satellite means SpaceX can serve more customers at higher speeds using infrastructure it already built. The marginal cost approaches zero. The marginal revenue does not.
The April 30 vote rewrites Equivalent Power Flux Density rules created in the 1990s to protect older geostationary satellites from interference. Those satellites sit 22,000 miles above Earth. Starlink orbits at 340 miles. The old rules treated both systems as equals. SpaceX argued the rules "significantly overly restrict next-generation satellite systems, imposing massive unnecessary constraints," according to regulatory filings cited by [Reuters](https://www.reuters.com/business/media-telecom/us-set-ease-power-limits-space-based-broadband-2026-04-08/).
The FCC agreed. The new rules eliminate aggregate power limits on low-Earth orbit constellations like Starlink. Instead, operators negotiate interference protections through "good-faith coordination," with technical backstops if talks fail. Translation: SpaceX can run up to eight co-frequency satellites over the same area simultaneously instead of one, according to the [full FCC proposal](https://finance.yahoo.com/sectors/technology/articles/fcc-set-supercharge-starlink-performance-212454199.html). That unlocks capacity increases between 100% and 700%, the Commission says.
What Is Happening
Two things happened in sequence that matter.
First, SpaceX became the world's largest satellite operator by launching 10,000 satellites in seven years. No one else is close. Viasat operates a few dozen geostationary satellites. DirecTV uses a handful. Amazon's Project Kuiper has launched test satellites but not a commercial network. SpaceX didn't just win the race. They finished it before anyone else started running.
Second, SpaceX asked regulators to change rules written for a market that no longer exists. Brendan Carr, FCC Chair, said the agency would "discard last century's satellite regulations" to unlock "billions of dollars in benefits," per [Reuters](https://www.reuters.com/business/media-telecom/us-set-ease-power-limits-space-based-broadband-2026-04-08/). He's not wrong about the century part—the EPFD rules date to the 1990s, when low-Earth orbit constellations were theoretical and geostationary satellites dominated.
The FCC released a 67-page proposal in April showing the technical path forward. It eliminates worst-case power assumptions that stacked interference risks on top of each other. It shifts from protecting old satellites to enabling new ones. The Commission concluded there wasn't enough technical evidence of real-world interference to delay the new rules, according to [PC Mag](https://finance.yahoo.com/sectors/technology/articles/fcc-set-supercharge-starlink-performance-212454199.html).
Viasat and DirecTV objected. They warned about signal degradation to satellite TV and existing broadband services. The FCC published their objections and moved forward anyway. SpaceX had already received time-limited waivers in January 2026 to exceed EPFD limits, per [Reuters](https://www.reuters.com/business/media-telecom/us-set-ease-power-limits-space-based-broadband-2026-04-08/). The April 30 vote makes those waivers permanent policy.
SpaceX told the FCC that "legacy GSO satellites are no longer the only show in town—in reality, their relevance is rapidly fading, as innovation, growth, and dynamism in the satellite industry have heavily shifted to next-generation systems," according to [PC Mag](https://finance.yahoo.com/sectors/technology/articles/fcc-set-supercharge-starlink-performance-212454199.html). That's not posturing. It's description. Starlink serves more than 10 million customers across 150 countries, per the [San Antonio Express-News](https://finance.yahoo.com/markets/stocks/articles/spacexs-biggest-moneymaker-starlink-soars-151455058.html). The incumbents serve a shrinking base with aging technology.
Why It's Happening
The answer is capital deployment at speed.
Starlink deployed 10,000 satellites between 2019 and 2026. The capital required was enormous—SpaceX generated $8 billion in profit against $15 billion to $16 billion in revenue in 2025, meaning most of that revenue funded further launches and network expansion, according to [Reuters](https://www.reuters.com/business/aerospace-defense/spacexs-business-finances-rockets-satellite-communications-budding-ai-2026-04-01/). But reusable Falcon 9 rockets collapsed launch costs to the point where SpaceX could afford to iterate at scale.
Incumbents couldn't match that pace because their satellites cost exponentially more per unit and lasted longer. A single geostationary satellite might cost $300 million and last 15 years. A Starlink satellite costs under $1 million and lasts five years. The financial model optimizes for different outcomes. Geostationary operators need each satellite to justify massive upfront capital. Low-Earth orbit operators need volume and replacement cycles that allow for continuous technology upgrades.
By the time Viasat and DirecTV realized the market had shifted, SpaceX had already built the network. Regulatory capture depends on having the dominant market position before the rules change. SpaceX had that position. The FCC's job isn't to protect incumbent business models. It's to allocate spectrum efficiently. When one operator demonstrates they can serve 10 million customers with technology that didn't exist when the rules were written, and the old rules constrain capacity gains, the efficient answer is to rewrite the rules.
The political economy matters too. Starlink generates 44% of its revenue from U.S. government contracts, including the Pentagon's Starshield program, per the [San Antonio Express-News](https://finance.yahoo.com/markets/stocks/articles/spacexs-biggest-moneymaker-starlink-soars-151455058.html). That makes SpaceX a defense contractor with a commercial revenue base large enough to subsidize national security capabilities. Viasat and DirecTV don't have that leverage. When the FCC weighs interference objections from legacy TV providers against capacity expansion for a network that connects military operations globally, the defense contractor wins.
The FCC also approved SpaceX's request in January 2026 to deploy an additional 7,500 second-generation Starlink satellites providing direct-to-cell connectivity and gigabit speeds, according to [Reuters](https://www.reuters.com/business/media-telecom/us-set-ease-power-limits-space-based-broadband-2026-04-08/). That approval came before the EPFD rule change, signaling the Commission's priorities. More satellites, higher power, faster speeds, broader coverage. The regulatory path was set before the April 30 vote.
What Happens Next
SpaceX gets cheaper per-subscriber economics immediately. They can serve more users in the same geographic area without launching additional satellites. That means higher revenue without proportional cost increases. If Starlink hits the projected $20 billion in 2026 revenue, and the 7x capacity increase gets fully deployed by 2028, revenue could exceed $50 billion without meaningful additional satellite deployment costs.
The constraint shifts from power limits to user terminal production. Starlink manufactures terminals at its Bastrop County, Texas facility. State records show at least $106 million invested in that site, with an additional $280 million announced for semiconductor R&D, per the [San Antonio Express-News](https://finance.yahoo.com/markets/stocks/articles/spacexs-biggest-moneymaker-starlink-soars-151455058.html). Terminal production capacity becomes the bottleneck, not satellite capacity. That's a better problem to have because terminals are terrestrial manufacturing, which scales faster than orbital deployment.
Viasat and DirecTV face strategic compression. Their objections failed. Their satellites can't match Starlink's coverage or speed. Their business models depend on subscribers who are actively switching to low-Earth orbit alternatives. DirecTV serves a declining TV market. Viasat competes directly with Starlink in broadband. Neither has a path to matching SpaceX's scale.
The defense procurement angle accelerates. If 44% of Starlink revenue already comes from government contracts, and capacity just increased 7x, the Pentagon will buy more. Starshield operates on the same infrastructure as commercial Starlink but with separated ground control and encrypted channels. More capacity means more government missions can run on commercial satellite networks instead of purpose-built military satellites. That shifts billions in defense spending toward SpaceX.
The regulatory precedent matters for other spectrum fights. When an operator demonstrates technical capability at scale and argues old rules constrain capacity, the FCC now has a model for how to respond. Eliminate aggregate limits. Shift to good-faith coordination. Use technical backstops instead of precautionary restrictions. That framework applies to terrestrial wireless spectrum too. If you can prove your technology works and the old rules were written for different technology, you can petition for rule changes and win.
Bottom Line
SpaceX spent two years and the cost of a petition to unlock $2 billion in economic benefits, according to the FCC. The real number is the delta between $20 billion in projected 2026 Starlink revenue and whatever that revenue becomes when capacity increases up to 700%. Call it $50 billion annualized by 2028 if adoption continues. The marginal cost of that capacity increase is zero new satellites. The marginal profit is extraordinary. Viasat and DirecTV objected to interference risk. The FCC concluded the interference risk was theoretical and the capacity gain was real. When you have 10,000 satellites in orbit and your competitors have dozens, you don't ask regulators for permission. You demonstrate capability and ask them to update rules that no longer match reality. That's not regulatory capture. That's regulatory obsolescence meeting deployed capital at scale.