Abstract
Who owns a rock flying at 22,000 miles per hour? The answer is complicated. Outer space belongs to no one, yet everyone is racing to claim it. In 2024, various private companies launched more satellites into the orbit, than many governments combined on land. Billionaires are funding missions to build an entire civilization on the Moon, nations are planning Mars exploration, and corporate bodies are discussing the commercial mining of asteroids worth trillions of dollars. What was once a domain reserved for just scientific exploration by the NASA & ISRO, now has rapidly transformed into a competitive commercial marketplace, where the next trillion-dollar empire will be built in zero gravity.[1]
But amidst this new era of technological advancements & space race, one question remains unresolved: who actually owns the orbit or outer space? As technological advancement accelerates faster than legal regulation, space law is entering one of the most critical periods in its history.
Introduction
Space law is the body of international & domestic laws governing activities done in outer space. Space law is not about policing the stars, it is about managing human nature in the void. The history of modern space law dates back to 1967 Outer Space Treaty, adopted during the Cold War under the United Nations. The treaty established key principles for the peaceful use of outer space, non-appropriation of celestial bodies, and international responsibility for national space activities. Earlier, space exploration was done by the United States and the Soviet Union. However, the modern era has introduced private sectors like SpaceX, Blue Origin, and commercial satellites.[2]
This rapid commercialization over the years, has exposed huge legal gaps. Existing treaties lack detailed regulations on private ownership, space mining, liability, jurisdiction, and environmental sustainability in space. As a result, international law is at worse, to keep pace with technological and economic realities.
The Commercialization of Outer Space
The commercialization of space has from the very roots, altered global space activity. Earlier, space missions were mere a scientific, military, or political symbol. Now-a-days, outer space has become a major economic endeavor including satellite internet, tourism, asteroid mining, and lunar missions. Companies like SpaceX, by the global tycoon, Elon Musk has revolutionized space launch through reusable rockets, reducing the cost of accessing space. Private corporates are central players now, rather the government. Even India has encouraged private participation by corporal reforms, supporting startups and private satellite launches. The Outer Space Treaty prohibits nations to claim jurisdiction over celestial bodies, but it remains vague if private companies can commercially use space resources without exploiting international law.[3]
The United States addressed this vagueness by the U.S. Commercial Space Launch Competitiveness Act, 2015, which permits American companies to utilize extracted space resources.[4] Similarly, the Artemis Accords promote lunar exploration for resource utilization. Critics argue that these developments create “space colonialism,” where technologically advanced nations rule extraterrestrial resources without a universally accepted laws.[5]
Liability and Accountability in Space Activities
Space activities involve humongous risks, including satellite collisions, falling debris, cyberattacks on satellites, and accidental damage caused by privates. Under international law, states remain responsible for national space activities by private entities. Henceforth, governments bear liability for damages caused by private entities present under their jurisdiction.[6] For example, if a private satellite collides with another nation’s spacecraft, determining liability becomes a legal and diplomatic situation, with issues regarding fault, technological malfunction, negligence, and compensation standards. The growing problem of space debris complicates accountability, where thousands of inactive satellites and debris fragments are orbiting Earth at extremely high rotations. Even small fragments can severely damage spacecraft or threaten astronaut safety entirely. Despite this growing danger, there is no binding legal framework for regulating space debris management.[7]
Why the World Needs Updated Space Laws?
The future of space law depends on innovation, commercial freedom, environmental sustainability, and international cooperation. Existing treaties were designed with a state-centric approach and cannot fully expose the intents of modern private-sector. As humanity steps into the cosmos, our laws must precede our footprints. Firstly, the international community must establish strict & stringent rules regarding resource extraction and ownership rights in space. Without global consensus, competing national laws will create militarization & geopolitical tensions leading to economic inequality. Secondly, establishing a statutory code of conduct regarding space debris and environmental sustainability is essential. Outer space, prima facie, cannot become an unregulated dumping ground for inactive satellites and hazardous debris, which can be life- threatening. Thirdly, stronger accountability mechanisms & a system of checks-and-balances are needed to determine liability for accidents involving private sectors. Legal certainty is core basis for commercial development and international stability.
Case Study: FCC v. DISH Network, 2023 (The EchoStar-7 Precedent)
Case Overview
Parties: Federal Communications Commission (FCC) Enforcement Bureau vs. DISH Network.
Subject Asset: EchoStar-7, a direct-broadcast telecommunications satellite launched into Geostationary Orbit (GEO) in 2002.
Core Issue: Failure to follow an authorized orbital debris mitigation plan.[8]
The Legal & Technical Failure
In 2012, the FCC approved an orbital debris mitigation plan submitted by DISH Network. Under this license amendment, DISH explicitly committed to elevating EchoStar-7 300 km above its active operational arc into a designated "graveyard orbit" once the mission ended. However, in February 2022, DISH discovered the satellite was critically low on propellant fuel. The remaining thruster fuel was entirely insufficient to complete the required relocation maneuvers. DISH left the satellite parked just 122 km above its active geostationary arc. The spacecraft was left 178 km short of its mandatory disposal zone, presenting a long-term collision risk to nearby active communications systems.
Jurisdictional Crisis
Before this ruling, critics frequently argued that the FCC exceeded its domestic statutory power by regulating orbital debris, a task traditionally handled by aviation or defense agencies. DISH initially argued that these specific space junk rules should not retroactively apply to a satellite licensed and launched back in 2002. The FCC maintained its stance under the Communications Act of 1934. The commission ruled that its authority to license satellite communications inherently includes the power to mandate safe operational practices that prevent destructive signal interference and collision hazards.[9]
The Final Settlement & Penalties
The investigation concluded with a historic breakthrough settlement through the FCC's Enforcement Bureau. DISH Network signed a consent decree containing strict penalties & formally admitted to violating the terms of its FCC space station license. DISH paid a $150,000 civil penalty & agreed to implement rigorous telemetry tracking and precise fuel-gauge monitoring on its remaining fleet to ensure accurate calculations of future end-of-life fuel reserves. A Legal Precedent was set, which proves regulators will issue real financial fines for leaving junk behind.[10]
Conclusion
Outer space is no longer a distant scientific frontier, reserved for astronauts and governments. It is now a rapidly expanding arena of commerce, technology, geopolitics, and legal uncertainty. While innovation opened extraordinary possibilities, it also exposed serious loopholes in existing international legal frameworks.
The future of human civilization in space will depend not only on scientific advancement but also on effective global governance. If international law fails to evolve with technological progress, outer space may become a new site of conflict, inequality, geopolitics and environmental harm, rather than collective human achievement. The modern space race is not just about reaching the stars, it is about deciding the set of codes & statutes that will govern humanity beyond Earth.
Reference
[1] United Nations Office for Outer Space Affairs (UNOOSA), “The Space Economy: UNOOSA Annual Report,” 2024; OECD, The Space Economy in Figures (Paris: OECD Publishing, 2024).
[2] Treaty on Principles Governing the Activities of States in the Exploration and Use of Outer Space, including the Moon and Other Celestial Bodies (Outer Space Treaty), opened for signature 27 January 1967, 610 UNTS 205 (entered into force 10 October 1967), Arts. I–II.
[3] Francis Lyall & Paul Larsen, Space Law: A Treatise (2nd edn, Ashgate Publishing, 2018) pp. 3–20; Frans von der Dunk, “Space for Commerce: A Historical Overview,” 34 Annals of Air and Space Law (2009) 509.
[4] U.S. Commercial Space Launch Competitiveness Act 2015 (Pub. L. No. 114-90, § 402, 51 U.S.C. §§ 51301–51303). See also Outer Space Treaty, Art. II (non-appropriation clause).
[5] Artemis Accords: Principles for Cooperation in the Civil Exploration and Use of the Moon, Mars, Comets, and Asteroids for Peaceful Purposes (2020), Sec. 10 (Space Resources). See Fabio Tronchetti, The Exploitation of Natural Resources of the Moon and Other Celestial Bodies (Martinus Nijhoff, 2009) pp. 157–180.
[6] Convention on International Liability for Damage Caused by Space Objects (Liability Convention), opened for signature 29 March 1972, 961 UNTS 187, Arts. II–III. See also Outer Space Treaty, Art. VI (state responsibility for national activities).
[7] NASA Orbital Debris Program Office, “Orbital Debris Quarterly News,” Vol. 28 (2024); European Space Agency, Space Environment Report (2023), p. 14 (estimating over 27,000 tracked debris objects in orbit).
[8] Federal Communications Commission, Enforcement Bureau, In re DISH Network, LLC, DA 23-574, File No. EB-SED-23-00035425 (Consent Decree, 2 October 2023).
[9] Communications Act of 1934, 47 U.S.C. § 301 et seq.; FCC, Mitigation of Orbital Debris in the New Space Age, Second Report and Order, FCC 20-54 (2020).
[10] DISH Network LLC, Consent Decree, DA 23-574, ibid. ($150,000 civil penalty; agreement to implement end-of-life fuel monitoring on remaining fleet).