The Western launch industry is in a state of panic, according to the people who talk to satellite operators every day. "What we have is an industry in panic," says Caleb Henry, director of research at Quilty Space. Companies with constellations to build cannot find rockets to fly on. Telesat has been approached by other firms begging to share its eleven booked Falcon 9 launches. Amazon has throttled back satellite production because the launches it reserved years ago are not ready. AST SpaceMobile now calls launch availability the pacing item for its entire deployment.
That is the crisis. Now consider the apparent contradiction: by every other metric, this should be the greatest era in the history of spaceflight. An average of 270 orbital rockets have launched annually over the past three years, more than triple the rate of a decade ago. Prices are at historic lows. Access to orbit has never been faster. And yet the operators who need that access are desperate.
The explanation is that the launch market is not one market. It is a handful of markets stacked on top of each other, and the one that matters most to commercial satellite companies is collapsing even as the overall numbers soar.
It is a handful of markets stacked on top of each other, and the one that matters most to commercial satellite companies is collapsing even as the overall numbers soar.
SpaceX is the reason both for the boom and for the crunch. Falcon 9 is effectively the only Western rocket that has reliably and affordably served the commercial market for the past half-decade. Russia's invasion of Ukraine removed Soyuz and Proton from Western consideration overnight, stranding OneWeb satellites in processing and forcing the company to turn to a direct competitor to finish its constellation. Europe's Ariane 5 retired before Ariane 6 was ready. United Launch Alliance's Vulcan was years behind schedule. Falcon 9 filled the gap, flying 165 times last year alone.
Now SpaceX is winding that down. The company has signaled it will end commercial Falcon 9 launches after 2028, with a limited number of federally contracted missions continuing beyond. Starship will take over, but its PEZ dispenser is optimized for Starlink satellites, and SpaceX's own financial documents show why: $4.3 billion of its $7.8 billion in second-quarter 2026 revenue came from Starlink, while less than 12 percent came from space services, of which commercial launch is a fraction. SpaceX has little incentive to prioritize outside customers when its own payloads generate far more profit.
The result is a hole in the Western launch market that no single company can fill on the schedule the constellation operators need.
This is the context in which Rocket Lab agreed to buy Iridium Communications for roughly $8 billion in enterprise value. On its face, the deal is a launch company buying a satellite telephone operator. But the logic is not about launch at all. It is about what Peter Beck called a "shortcut."
Iridium brings 66 operational satellites plus 14 in-orbit spares, about 2.55 million subscribers, $871 million in 2025 revenue, and $495 million in operating EBITDA. More importantly, it brings global L-band spectrum that reaches ultra-rural areas and penetrates harsh conditions. Luke Pearce, a principal analyst at CCS Insight, calls that harmonized L-band MSS spectrum "one of the most valuable assets in the satellite industry right now."
Beck's phrase for the combined company is a "fully-integrated, self-launching space super power." The deal gives Rocket Lab an immediate position in satellite communications rather than spending years building one from scratch. It also positions the company in what it and Iridium both see as more protected markets—aviation safety, positioning, navigation and timing, IoT—rather than competing head-to-head with Starlink in high-throughput consumer broadband.
The contrast with Starlink is instructive. SpaceX's constellation focuses on broadband for consumers and enterprises. Iridium's strength is highly reliable, low-bandwidth voice and IoT for mission-critical applications. There is some overlap, Pearce notes, "but the offerings remain distinctly different—for now at least."
The timing is not accidental. Amazon is acquiring Globalstar in an $11.6 billion deal and has filed plans for a direct-to-device constellation of 5,105 satellites under its Leo initiative. SpaceX has acquired spectrum from EchoStar. The consolidation wave is real, and Rocket Lab chose to ride it rather than be submerged by it.
Iridium was not the only option. Industry speculation had focused on AST SpaceMobile, which Rocket Lab outbid, to Iridium's reported relief. Viasat and Amazon had also been floated as potential buyers. But the Rocket Lab deal, as analyst Tim Farrar put it, came as "a bolt from the blue, not because Iridium is being sold... but because RocketLab was the winning bidder."
That bolt has consequences for another deal. Rocket Lab had been lined up to contribute $1 billion to Equatys, a direct-to-device joint venture between Viasat and Space42, in exchange for building satellite buses and launching satellites. Now, Farrar writes, "RocketLab gets to control its own destiny rather than being under Viasat's thumb."
Equatys is a different kind of consolidation. It is not one company buying another but two operators—Viasat and UAE-based Space42—forming a shared infrastructure company. The idea, as Space42 managing director Karim Michel Sabbagh described it, is a "telecom tower model" for space. Operators share satellites and ground infrastructure but keep their own spectrum and customers.
The financial commitment is up to $1 billion in equity, with $800 million due upon formation. Viasat and Space42 will each put in $400 million initially, with Space42 adding $200 million more in a future round open to outside investors. Viasat will serve as prime technology contractor.
The architecture is ambitious: fewer than 200 satellites in the first phase, enough for continuous coverage up to roughly 50 to 55 degrees latitude, scaling to 2,800 satellites across 60 orbital planes and three altitude layers. Service is targeted for the end of 2029—a year past the initial goal of commercial rollout within three years of the venture's September 2025 announcement.
Mark Dankberg, Viasat's chairman and CEO, pitched the system as a fix for a problem carriers know well: dropped calls. Beyond remote regions, Equatys aims to fill metro-coverage gaps by briefly handing off calls to satellites before returning them to terrestrial networks. That capability, Dankberg acknowledged, does not exist yet.
No operator customers or launch markets have been named. Space42 has exploratory partnerships with e& UAE and Indonesia's Telkomsat, but nothing binding. The economics remain theoretical. Sabbagh said satellite calls should not cost users more, and that space unit economics must be "comparable to the unit economics of the terrestrial network." That is the goal, not the current state.
New Street Research estimates Viasat and Space42 could capture 21 percent and 5 percent of the emerging direct-to-device market respectively, assuming market shares track MSS spectrum shares. But that assumes the market develops as forecast and the constellation gets built and launched on time.
Which brings the story back to launch. New Street analysts call Rocket Lab "the only commercially proven, scalable and independent Western player able to supply both constellation-scale manufacturing and low-cost launch—the two capabilities Equatys still lacks." With Rocket Lab now committed to its own Iridium-integrated future, it is not clear whether Viasat can replace Rocket Lab's role and money to get Equatys off the ground.
The launch crunch is not only a Western problem. China is building two massive internet constellations, and its private rocket companies are stepping up. Orienspace launched nine satellites from a ship in the East China Sea in September, setting national records for sea-based payload weight—over three metric tons—and orbit altitude of 800 kilometers. Eight of those satellites belong to the Spacesail constellation. The mission was the fourth flight of the Gravity 1 rocket, the most powerful solid-propellant rocket in the world, and the first time Gravity 1 deployed for Spacesail.
The day before, LandSpace launched its ZQ 2E methane-propelled rocket for the sixth time, deploying ten more Spacesail satellites. Together, the two launches marked a shift: Spacesail, a Shanghai-based operator aiming to build a Starlink-like network, has begun entrusting private companies with deployment missions that had previously gone only to state-owned contractors.
China has now performed nearly 30 sea-based launches involving four rocket types and placed more than 170 satellites into orbit. Orienspace CEO Bu Xiangwei says engineers are developing a larger, reusable liquid-fuel rocket called Gravity 2, capable of lifting 21.5 tons to low-Earth orbit. "Gravity 1 and Gravity 2 will complement each other," he said, "and can contribute to establishing a reliable, practical space access capability."
In India, Agnikul Cosmos is preparing to move from technology demonstration to commercial operations. The company receives one to two launch inquiries per week, many from international customers seeking dedicated deployment of small satellites. Its ambition is 100 missions a year, with reusable vehicles supporting 10 to 12 flights each.
That ambition requires an industrial system, not just a rocket. Agnikul is manufacturing multiple vehicles in parallel and expanding facilities in Tamil Nadu, including infrastructure near the upcoming Kulasekarapattinam spaceport. It plans to operate from multiple launch sites. The company's pitch is not the lowest price per kilogram but precision: dedicated launches that place satellites closer to their operational orbits, reducing the onboard propulsion and maneuvering that rideshare missions require.
India's regulatory environment has shifted to accommodate this. The space sector opened to private players in 2020, formalized by the Indian Space Policy 2023. ISRO has rejected claims that it is being privatized, describing the reforms as "ecosystem expansion and capability multiplication." The agency will focus on advanced technologies and major missions—Gaganyaan human spaceflight, the Bharatiya Antariksh Station, Chandrayaan-4 and Chandrayaan-5—while industry takes on mature and routine activities.
At Cape Canaveral, Relativity Space is building out Launch Complex 16 for its Terran R program. A flame diverter has been installed, launch table steel erected, LNG tank farm work underway, and lightning protection towers reaching initial 531-foot sections. The engineering support building is open. These are the unglamorous prerequisites for operational readiness, and they signal that Relativity intends to be a contender in the reusable launch market.
All of this capacity is coming. Orienspace and LandSpace are flying. Agnikul is scaling. Relativity is building. Rocket Lab's Neutron is behind schedule and will be smaller than Falcon 9, but it is coming. The launch glut is real, and it will eventually arrive.
The question is whether it arrives in time. The constellation operators who cannot find rockets today cannot wait for 2029. They cannot plan around a Falcon 9 that will stop flying commercially after 2028. They need launches now, and the supply is not there.
That is why consolidation is happening. Rocket Lab bought Iridium not because it wanted to be a satellite phone company but because it needed spectrum, subscribers, and revenue before the window closed. Viasat and Space42 formed Equatys not because shared infrastructure is elegant but because building separate constellations is too expensive and too slow.
The launch glut and the launch crunch are the same phenomenon viewed from different angles. There are more rockets than ever, and there are not enough rockets where they are needed. The companies that survive the next four years will be the ones that secured their access to orbit before the music stopped.