“The Earth is the cradle of reason, but one cannot live in the cradle forever.”
— K. E. Tsiolkovsky
There is a particular kind of story—when someone alone, stubborn, and not especially wealthy decides the rules were not written for him. Stubbornness matters more here than genius: the rules really were written for others. This is a story about a satellite bought at a discount, an intergovernmental club that decided who was allowed into space for commercial purposes, and what happened when its monopoly was finally shaken.
In 1964, eleven countries signed an agreement creating Intelsat—the International Telecommunications Satellite Organization. The idea was noble, and beautiful in its own way: space was expensive, satellites unreliable, and international telephone service was needed by everyone. Let countries pool their money, build a common system, and share the capacity. By the mid-1980s, the consortium had 110 member countries, and Intelsat had become the de facto monopoly in international satellite communications—especially transoceanic telephony and television signal distribution.
The mechanism protecting that monopoly worked elegantly. Any new international satellite system had to undergo so-called “coordination” with Intelsat. In practice, that meant the applicant had to prove that its system would not cause the consortium “significant economic harm.” Imagine a court where the defendant must prove their innocence, while the judge is the potential victim. The coordination procedure was a polite form of prohibition: in 1988, even after PAS-1 had been launched, Intelsat and its member states maintained a genuine boycott of private operators. National telecom carriers, generally state-owned, belonged to Intelsat and had no desire whatsoever to help private competitors. The circle closed: satellite communications between countries remained the business of governments, and governments were members of Intelsat.
To be fair, the system worked. Intelsat satellites carried broadcasts of the Olympic Games, live feeds from war zones, and telephone circuits across the Atlantic and Pacific. But functioning and efficiency are not the same thing. Rates remained high, innovation arrived slowly, and regional markets were served as an afterthought. Latin America, for instance, with its explosive growth in television audiences in the 1980s, received capacity through the same bureaucratic procedures as everyone else.
René Anselmo—Argentine by birth, American by citizenship—came to the satellite business from television. He built Spanish-language television networks in the United States, understood the Latin American media market, and saw in it what Intelsat did not: not an abstract “developing region,” but a specific audience ready to pay for content. In 1984, Anselmo applied to the US Federal Communications Commission (FCC) to establish PanAmSat—a private international satellite company focused on communications between the Americas. The application was prepared by the Washington law firm of his adviser Norm Levintal, while the technical side was carried by Martine Rothblatt—the very same person who would later found Sirius XM.
The application was audacious. Anselmo proposed entering a market formally controlled by an intergovernmental consortium. He had no satellite fleet, no decades of experience, no lobbying apparatus. But he had a sense of timing: the administration of Ronald Reagan was pursuing deregulation, and the idea of private competition with state monopolies was entering the political mainstream.
On July 26, 1985, the FCC approved the first applications for private international satellite systems. Along with PanAmerican Satellite, licenses were granted to International Satellite and RCA American Communications. But—and this is the crucial “but”—the new systems were restricted to business communications. Public international telephone calls remained Intelsat’s domain. The regulator seemed to be saying: we’re opening the door, but only a hand’s width.
Anselmo squeezed through that gap. He found a satellite another customer had rejected and bought it from RCA Astro for $48 million—60% of its original price. I love that detail: a man is building a business meant to break a global monopoly, and he starts by buying a marked-down item. He insured the satellite for half its value—full coverage would have devoured the budget. He signed a contract for the first commercial launch of the new Ariane 4 rocket, which was another gamble: the launch vehicle had not yet flown with a commercial payload. Every one of Anselmo’s decisions looked like a calculated risk taken by someone who understood there would be no second chance.
On June 15, 1988, an Ariane 4 rocket carried PAS-1 into geostationary orbit—the first PanAmSat satellite. Technically, the moment was flawless: the launch vehicle performed normally, and the satellite reached its calculated position. But the commercial picture looked, to put it mildly, alarming. By launch day, PanAmSat had landing-rights agreements with only seven countries, and its regulatory authorization for international service covered exactly one corridor: the United States–Peru. And it had not a single transponder customer.
Put bluntly, Anselmo had launched a transmitter worth tens of millions of dollars into space without knowing for certain whether anyone would pay to use it. Landing rights are permission from a particular country’s government to receive a satellite signal on its territory. Without them, a satellite can beam its transponders at South America all it likes—but ground stations have no right to receive its signal. Each such authorization had to be wrested separately, often from the very national telecom operators that belonged to Intelsat and had no burning desire to help a competitor.
PAS-1 hung at 43 degrees west longitude, covering North and South America with reach into Europe. Its transponders were designed for television broadcasting and telecommunications circuits—the very segments where the FCC’s restriction on public telephony did not get in the way. Television, corporate networks, data transmission—none of that counted as “public international telephone calls” and therefore did not fall under Intelsat’s protection.
What happened next was, essentially, a textbook case of how unmet demand fills any available capacity. PAS-1’s first customer was CNN, which needed to distribute programming in Latin America. Broadcasters from Argentina, Chile, Italy, Japan, Mexico, Peru, and the United States followed: Intelsat offered them an expensive, inflexible service, and here was a direct competitor. By 1991, PAS-1 was operating at nearly full capacity, and by 1992 it was completely sold out, including telecom traffic from regional operators. By 1993, the company reported $17 million in profit on $50 million in revenue—a margin many satellite operators could only dream of.
PanAmSat did not destroy Intelsat on its own. One satellite, even loaded to the brim, was a grain of sand beside a fleet of two dozen spacecraft serving the planet. But PAS-1 proved something that could not be refuted with annual-report figures: international satellite communications could be a private, competitive business with respectable profits. And that argument proved contagious.
In the 1990s, pressure on the old model mounted from several directions at once. First, PanAmSat grew: the company ordered new satellites, expanded its coverage, and moved beyond the Americas. Second, regional satellite operators appeared in Europe and Asia—SES in Luxembourg, AsiaSat in Hong Kong. Each took a bite out of a market that had once gone to Intelsat by default. But the most painful changes were happening inside the consortium itself: its members—national telecom operators—were being privatized one after another. British Telecom, Deutsche Telekom, NTT—former state monopolies were becoming publicly traded companies and began counting money differently. Why support an intergovernmental consortium when you could buy capacity from whoever offered the best price?
At the same time, the fiber-optic revolution was advancing. Transatlantic and transpacific cables were taking away satellites’ main bread and butter—international telephony. Voice traffic was moving to fiber, and Intelsat was losing the very foundation that the entire coordination system had been built to protect. The FCC restriction forbidding private satellite systems from carrying public telephone calls was becoming meaningless: that market was shrinking on its own.
I like the way these lines converge. A technological shift (fiber optics), a political shift (telecom privatization), a regulatory shift (deregulation in the United States and Europe), and a commercial precedent (PanAmSat)—four currents that together washed away the foundation beneath Intelsat. None of them alone would have been enough. But together, they made the old model unviable.
By the end of the 1990s, the question was no longer “Does Intelsat need reform?” but “Exactly how?” The consortium found itself trapped by its own nature: as an intergovernmental organization, it could not compete on equal terms with private companies—it had diplomatic privileges (tax exemptions, immunity from lawsuits in a number of jurisdictions) that competitors fairly called an unfair advantage. But without those privileges, it lost its purpose as an intergovernmental structure. Another kind of closed circle.
Pressure also came from the World Trade Organization. The 1997 agreement on basic telecommunications pushed countries to open their communications markets. An intergovernmental operator with monopolistic features fit poorly into this new landscape. The US Congress passed the ORBIT Act in 2000, directly requiring the privatization of Intelsat (and its maritime counterpart Inmarsat) as a condition for continued access to the American market.
In 2001, Intelsat was privatized. The intergovernmental organization transferred its satellites and contracts to a new commercial entity—Intelsat Ltd., registered in Bermuda. Stakes in it went to more than two hundred operator companies from over 145 countries—that is, the consortium’s former members, who now had an ordinary corporate interest. The diplomatic privileges disappeared. The satellites remained the same, the orbital positions the same, but the operator’s legal and economic nature changed completely. Intelsat became one of several major private satellite operators in a market where, just twenty years earlier, it had been the only permitted player in the international segment.
Meanwhile, PanAmSat underwent corporate transformations of its own. In 1997, media corporation Hughes Electronics (a General Motors division) acquired a controlling stake in the company for around $3.2 billion; its Hughes Galaxy satellite division was folded into PanAmSat, adding another nine spacecraft to the fleet. By then Anselmo had already stepped away from management—he died in September 1995, having lived to see his company grow from one discounted satellite into a major international operator with a fleet in orbit.
In 2006, the now-private company Intelsat acquired PanAmSat for roughly $4.3 billion—stock plus debt. The deal was arranged with the involvement of private equity funds that by then owned both companies: funds linked to Apax Partners, Permira, Apollo Global Management, and Madison Dearborn controlled Intelsat, while Kohlberg Kravis Roberts (KKR) and Carlyle Group controlled PanAmSat. In essence, it was a merger of two private-equity portfolio assets, not a battle of corporate titans.
The combined company acquired the world’s largest commercial satellite fleet—53 spacecraft serving more than two hundred countries. PanAmSat’s orbital positions, once wrested by Anselmo in his struggle against that very consortium, now belonged to his former adversary. The transponders that began operating over the Atlantic in 1988 as a symbol of a private alternative became line items on the balance sheet of Intelsat’s successor company.
It is tempting to see defeat in this. The small company that challenged the monopoly was eventually swallowed by it—even if in privatized form. But that reading ignores the scale of the change. Intelsat in 2006 was not Intelsat in 1985. The intergovernmental consortium with 110 member states, its coordination procedure, and its de facto veto power over competitors had become a private company burdened by buyout debt, competing with SES, Eutelsat, Telesat, and dozens of other operators. The system PanAmSat had helped dismantle no longer existed by the time of the acquisition.
I think one detail matters here, and it is easy to miss. PAS-1 was insured for half its value. Anselmo could not afford full coverage—and yet he bet on a rocket flying a commercial payload for the first time. If Ariane 4 had failed, deregulation, privatization, and competition would still have moved the market: those were macro-trends that did not depend on a single launch. But they would have moved it more slowly, and Anselmo’s name would have remained a footnote in an FCC report rather than a chapter in a telecommunications textbook.
The final picture lacks the symmetry one wants to find in it. A competitor helped transform a monopoly, then became part of it. The monopoly survived by changing its legal form and losing its privileges, and entered the open market. That market did not become perfectly competitive: it is an oligopoly of several major operators, each running dozens of satellites.
After acquiring PanAmSat, Intelsat continued piling up debt and went through restructuring several times. In 2020, the company filed for bankruptcy under Chapter 11, partly because of debt accumulated over years of buyouts and mergers, partly because of its participation in the C-band clearing program for 5G networks. Intelsat emerged from bankruptcy in 2022—without its old debts, but without its old glory either.
The PAS-1 satellite completed its mission long ago and gave way to successors. The seven countries with which Anselmo had secured landing rights by launch time became dozens of markets served by the combined fleet. And the coordination procedure with Intelsat—that very mechanism requiring newcomers to prove they would not harm the consortium—vanished along with the intergovernmental structure. Today, satellite operators coordinate orbital positions and frequencies through the International Telecommunication Union, but no one asks the question, “Will you cause economic harm to the existing monopolist?” anymore.