How Do China’s Import and Export Treaties and Laws Govern Space Technology?

As an Amazon Associate we earn from qualifying purchases.

Key Takeaways

• China unified its space and dual-use export controls under the 2020 Export Control Law and 2024 Dual-Use Regulation.
• Targeted 2024 and 2025 catalog updates restrict exports of spacecraft engine molds, spacesuit visors, and gallium.
• Beijing pairs United Nations space treaty obligations with bilateral agreements and domestic anti-sanctions rules.

Evolution from Administrative Decrees to Unified Space Export Statutes

On December 1, 2020, the Standing Committee of the National People’s Congress placed the Export Control Law of the People’s Republic of China into full legal effect, replacing a fragmented collection of administrative decrees with a unified statutory architecture governing dual-use goods, military hardware, nuclear materials, and space-related technologies. For four decades prior to that milestone, Beijing managed cross-border transfers of rockets, satellites, and telemetry hardware through sector-specific rules issued by the State Council and defense industry commissions. That earlier system reflected an era when China’s space program operated almost exclusively through state-owned defense conglomerates and bilateral government-to-government projects.

During the 1980s and 1990s, when the Long March carrier rocket family entered the international commercial launch market, Chinese trade regulators relied on custom-tailored administrative circulars and the 1994 Foreign Trade Law to vet foreign satellite launches and technology imports. Following diplomatic negotiations over ballistic missile non-proliferation in the early 2000s, the State Council issued specialized administrative regulations in 2001 and 2002 covering technology import and export contracts, nuclear dual-use items, biological and chemical agents, and missiles and missile-related technologies. Each regulation maintained its own control catalog, licensing office, and penalty schedule.

The rapid expansion of China’s commercial space sector after 2014 exposed the structural limits of those separated administrative rules. Hundreds of privately backed Chinese launch startups, small-satellite manufacturers, synthetic aperture radar operators, and optical ground-station providers began sourcing specialized components abroad and marketing space hardware, Earth-observation data, and launch services to international customers. At the same time, intensifying geopolitical competition over semiconductors, aerospace alloys, and orbital spectrum prompted Beijing to modernize its trade governance.

As detailed in the State Council Information Office white paper on China’s export controls, the 2020 statutory overhaul shifted the legal basis of space trade supervision from dispersed ministerial circulars to national legislation backed by extraterritorial enforcement powers. Subsequent regulatory codification culminated in State Council Order No. 792, which took effect on December 1, 2024, and consolidated China’s disparate dual-use rules into a single administrative code overseeing space propulsion, avionics, sensors, and strategic aerospace materials.

Core Statutory Pillars Governing Space Technology Transfers

China’s contemporary legal regime for cross-border space technology transfers rests on three interlocking national statutes enacted or revised by the National People’s Congress and its Standing Committee: the 2020 Export Control Law, the Foreign Trade Law alongside the Customs Law, and the 2021 Anti-Foreign Sanctions Law. Together, these statutes establish the jurisdictional boundaries, licensing mandates, and defensive countermeasures that apply to every domestic research institute, state-owned prime contractor, commercial space enterprise, and foreign counterparty operating within Chinese aerospace supply chains.

The 2020 Export Control Law and Extraterritorial Reach

The Export Control Law of the People’s Republic of China (ECL) establishes comprehensive state authority over the cross-border movement of dual-use items, military products, nuclear materials, and other goods, technologies, and services related to national security and non-proliferation obligations. Within the space economy, the statute’s most consequential feature is its broad jurisdictional reach. Article 2 of the law regulates physical exports and data transfers from mainland China to foreign jurisdictions, as well as transfers to Hong Kong, Macao, and Taiwan. It also governs “deemed exports,” which occur whenever any Chinese citizen, legal person, or unincorporated organization provides controlled space technical data, software, or engineering services to a foreign organization or individual, regardless of whether the disclosure takes place inside China or abroad.

The statute also introduces three enforcement mechanisms modeled on modern international trade practice:

• Temporary controls allow export control authorities, with State Council or Central Military Commission approval, to restrict unlisted aerospace hardware or materials for up to two years when national security requires rapid intervention.
• Catch-all obligations require Chinese space exporters to apply for a license even for unlisted goods or software if the exporter knows, should know, or is notified by regulators that the transfer risks undermining national security, contributing to weapons of mass destruction, or supporting terrorism.
• Extraterritorial re-export jurisdiction empowers Chinese authorities to hold foreign organizations and individuals legally accountable if they re-export Chinese-origin controlled aerospace items or foreign-made space hardware containing designated proportions of Chinese controlled technologies in violation of PRC law.

Under Articles 18 and 44 of the law, the state maintains a restricted Control List of foreign importers and end users that violate end-use commitments, alongside reciprocity provisions authorizing countermeasures against countries that abuse export control measures to endanger Chinese security interests.

The Foreign Trade Law and Customs Enforcement Architecture

Whereas the Export Control Law focuses on national security and non-proliferation, the Foreign Trade Law of the People’s Republic of China provides the overarching legal authority for regulating international trade in goods, services, and intellectual property. Originally enacted in 1994 and repeatedly amended through 2022 and 2026 to align with digital trade and supply-chain security priorities, the Foreign Trade Law authorizes the Ministry of Commerce (MOFCOM) and partner ministries to publish prohibited and restricted import and export catalogs, allocate tariff-rate quotas, and register technology transfer contracts.

Enforcement at ports of entry and exit is governed by the Customs Law of the People’s Republic of China, administered by the General Administration of Customs (GAC). Under this framework, space hardware exporters and importers must present valid dual-use or military export licenses at the time of customs declaration. Customs officers possess statutory authority to inspect spacecraft containers, audit technical specifications, detain suspicious shipments, freeze bank accounts connected to unlawful transfers, and record violations on the national social credit profile of offending aerospace enterprises.

The table below summarizes the primary statutory instruments that govern space technology imports and exports in China.

Dual-Use Regulations and Missile Technology Control Lists

Because almost every orbital launch vehicle, attitude thruster, radiation-hardened processor, and high-resolution optical payload can serve both civil and military missions, dual-use technologies sit at the center of Chinese space trade law. To eliminate overlaps among older sector-specific decrees, the State Council enacted a comprehensive regulatory overhaul in late 2024 that standardized how civil-military space items are classified and licensed.

State Council Order No. 792 and Unified Dual-Use Licensing

On September 30, 2024, Premier Li Qiang signed State Council Order No. 792, promulgating the Regulation on Export Controls for Dual-Use Items, which entered into force on December 1, 2024. This regulation replaced four separate administrative regimes that had previously governed dual-use nuclear goods, missile-related items, biological agents, and controlled chemicals. Under the 2024 Dual-Use Regulation, “dual-use items” are defined as goods, technologies, and services that have civilian applications as well as military applications or potential to enhance military capability, particularly items that can be used to design, develop, produce, or deploy weapons of mass destruction and their delivery systems.

Order No. 792 abolished the legacy exporter registration system, under which companies had to complete a separate pre-registration before applying for export permits, and replaced it with a unified dual-use control list and streamlined licensing tiers administered by MOFCOM. At the same time, the regulation expanded reporting duties across the aerospace supply chain. Under the civil-military dual-use rules, Chinese space enterprises must notify MOFCOM immediately if a foreign government agency demands site inspections, technical audits, or supply-chain documentation related to dual-use space equipment, and Chinese firms are barred from complying with foreign export control investigations without prior authorization from Beijing.

Space Launch Vehicles and Propulsion Under Missile Controls

Prior to the December 2024 consolidation, Beijing regulated the export of rocket stages and spacecraft propulsion through the August 2002 Regulations of the People’s Republic of China on Export Control of Missiles and Missile-Related Items and Technologies and its accompanying Missiles Control List. Those technical control parameters are now integrated directly into China’s unified Catalogue of Dual-Use Items and Technologies Subject to Export Control. Because the physics and engineering of orbital carrier rockets closely mirror those of intercontinental and medium-range ballistic missiles, the missile control provisions apply directly to the commercial and civil space launch sector.

Part I of the missile control technical parameters covers complete delivery systems, including Space Launch Vehicles (SLVs), sounding rockets, unmanned aerial vehicles, and complete rocket stages, liquid or solid rocket engines, re-entry vehicles, and guidance sets capable of delivering a 500-kilogram payload to a range of at least 300 kilometers. Exports of Part I items are subject to the strictest scrutiny and require review by the Central Military Commission and approval by the State Council. Part II of the technical list covers dual-use propulsion propellants, composite motor cases, turbo-pumps, thrust vector control assemblies, accelerometers, gyroscopes, star trackers, radar altimeters, telemetry ground stations, environmental test chambers, and flight-control software. Any Chinese commercial launch company exporting rocket subassemblies, transferring launch vehicle design drawings, or providing launch telemetry support to a foreign partner must obtain a dual-use export license covering these technical categories.

Aerospace Hardware Restrictions and Critical Space Material Controls

Between 2023 and 2026, Chinese ministries supplemented broad statutory reforms with targeted export control announcements aimed at specific bottlenecks in the global aerospace and space manufacturing supply chain. These measures reflect Beijing’s recognition that China holds dominant global market shares in several upstream space materials and specialized manufacturing tools.

Announcement No. 21 of 2024 on Space Engines and Spacesuits

On May 30, 2024, the Ministry of Commerce, the General Administration of Customs, and the Equipment Development Department of the Central Military Commission jointly issued Announcement No. 21 of 2024, imposing mandatory export controls on aviation and space equipment effective July 1, 2024. Unlike general trade tariffs, Announcement No. 21 targeted high-precision manufacturing tooling, software, and subcomponents essential for building orbital launch vehicles, spacecraft structures, and extravehicular mobility units.

As documented in legal analyses of the 2024 aerospace export control announcement, the measure placed four specific categories under strict licensing oversight:

1. Aerospace structural components, spacecraft and aircraft engines, and specialized manufacturing equipment, including tools, dies, molds, and fixtures designed for superplastic forming and diffusion bonding of titanium, aluminum, and their alloys, together with associated design drawings, process specifications, machining programs, and simulation data.
2. Gas turbine engine manufacturing equipment, including directional solidification and single-crystal high-temperature alloy precision casting tools and intermediate products.
3. Equipment, molds, software, and technical data specially designed for manufacturing astronaut spacesuit helmet face windows (visors).
4. Ultra-high molecular weight polyethylene (UHMWPE) fibers possessing high specific tensile strength and modulus, which are widely used in orbital debris shielding, parachute tethers, and ballistic protection.

Under the KPMG regulatory assessment of Announcement No. 21, exporters of these space items must submit original export contracts, detailed technical inspection reports, corporate identification for key management personnel, and verified end-user certificates to provincial commerce departments for escalation to MOFCOM and military authorities.

The Prohibited and Restricted Technology Catalogue Updates

In parallel with dual-use item lists, China regulates cross-border transfers of intangible know-how, engineering designs, and industrial processes through the Catalogue of Technologies Prohibited or Restricted from Export, jointly administered by MOFCOM and the Ministry of Science and Technology (MOST). The catalog is divided into two sections: technologies whose export from China is strictly forbidden under any circumstances, and restricted technologies that may only be transferred abroad after securing both a preliminary letter of intent and a formal technology export license prior to contract performance.

Major revisions issued in December 2023 and July 2025 reshaped the catalog’s coverage of the space and strategic minerals sectors. In the aerospace and information categories, the catalog restricts the export of spacecraft design and integration technology, satellite attitude and orbit control algorithms, spaceborne synthetic aperture radar (SAR) signal processing, satellite laser communications, and high-precision BeiDou navigation receiver firmware. In the strategic materials categories, the July 2025 update expanded export restrictions on non-ferrous metal metallurgy, specifically targeting ion-exchange extraction processes for metallic gallium from alumina mother liquor, alongside five new control points covering lithium extraction and battery positive-electrode material preparation. Combined with separate MOFCOM dual-use licensing orders on gallium, germanium, antimony, and superhard materials, these controls directly affect global supply chains for triple-junction gallium arsenide solar cells, infrared space sensors, and high-energy-density spacecraft batteries.

The table below outlines key space hardware and material categories subject to Chinese export licensing.

Inter-Agency Licensing Architecture and End-User Verification

Because space systems straddle commercial commerce, defense industrial policy, and foreign diplomacy, no single Chinese ministry exercises exclusive jurisdiction over space technology trade. Instead, China operates an inter-agency consultation mechanism and a two-tiered administrative licensing workflow that routes export applications through both civilian and military authorities.

Joint Civilian and Military Review Mechanisms

At the center of dual-use space export administration sits the Bureau of Industrial Security and Import and Export Control within the Ministry of Commerce. When an enterprise applies to export a dual-use aerospace component, satellite subsystem, or controlled manufacturing tool, MOFCOM coordinates review through an inter-agency mechanism that includes:

• The State Administration of Science, Technology and Industry for National Defense (SASTIND), which oversees defense industrial production and houses the executive headquarters of the China National Space Administration (CNSA).
• The Equipment Development Department of the Central Military Commission (CMC), which evaluates military utility, counterspace sensitivity, and weapons-delivery proliferation risks.
• The Ministry of Foreign Affairs (MFA), which assesses bilateral diplomatic relations, United Nations sanctions compliance, and treaty commitments.
• The Ministry of Industry and Information Technology (MIIT) and the China Atomic Energy Authority (CAEA), which review industrial supply chains and space nuclear power sources such as radioisotope thermoelectric generators.

For items classified as military products or complete space launch vehicles and ballistic missile systems, SASTIND and the CMC Equipment Development Department serve as the primary licensing authorities under the Regulations of the People’s Republic of China on the Administration of Arms Export. Because Chinese space and counterspace capabilities have developed under an integrated civil-military industrial base, applications involving high-thrust rocket engines, precision space tracking radars, or dual-use orbital maneuvering vehicles routinely require joint concurrence from MOFCOM, SASTIND, and the CMC, followed by final sign-off from the State Council.

Internal Compliance Programs and General Licensing Tiers

To balance strict security vetting with trade efficiency, China operates a two-tiered paperless licensing platform connecting provincial commerce departments to central ministries in Beijing. Exporters submit digital applications through provincial portals, which verify formal completeness before forwarding the files to MOFCOM. Under statutory timelines established in the 2024 Dual-Use Regulation, MOFCOM generally completes single-license reviews within 45 working days, though inter-agency security consultations, expert advisory panel assessments, or State Council referrals pause the statutory clock.

Every export application for controlled space hardware requires an End-User and End-Use Certificate (EUC) signed by the foreign recipient pledging that the items will not be diverted to unauthorized military uses or re-exported to third parties without prior Chinese government consent. For high-risk destinations or sensitive aerospace technologies, exporters must provide EUCs officially verified by the government of the importing country and legalized by the Chinese embassy or consulate in that jurisdiction.

Chinese exporters that establish a formal Internal Compliance Program (ICP) meeting MOFCOM’s nine statutory elements can apply for facilitating measures, including General Licenses. The nine compliance elements comprise a written corporate policy statement, a dedicated compliance organizational structure, comprehensive proliferation risk assessment, customer and transaction screening procedures, emergency contingency measures, regular staff training, internal compliance audits, five-year record-keeping protocols, and an operational management manual. A General License authorizes an approved aerospace exporter to make multiple shipments of specified dual-use items to pre-approved foreign end users over a multi-year validity period without seeking individual transaction permits.

Technology Import Administration and Counter-Sanctions Statutes

China’s legal framework governs inbound space technology acquisitions and foreign supply-chain disputes just as closely as outbound exports. Foreign aerospace companies selling satellite subassemblies, test equipment, or engineering software to Chinese customers must comply with technology import regulations and navigate a growing body of Chinese counter-sanctions statutes.

Inbound Technology Licensing and Intellectual Property Rules

Inbound transfers of patents, software, technical data, and engineering services are governed by the Regulations on Technology Import and Export Administration (TIER), first promulgated by the State Council in December 2001 and subsequently amended in 2019 and 2020. Mirroring the export regime, TIER divides inbound technologies into prohibited imports, restricted imports, and freely imported technologies. Importing a restricted technology requires obtaining a Technology Import License from MOFCOM before the cross-border contract takes legal effect. Freely imported technology contracts take effect upon signing, but the Chinese importer must register the executed contract on MOFCOM’s online technology trade management system to secure a Technology Import Contract Registration Certificate, which commercial banks and tax authorities require before remitting foreign-exchange royalties or licensing fees abroad.

Prior to March 2019, mandatory provisions of TIER required foreign licensors to indemnify Chinese licensees against all third-party intellectual property infringement claims and stipulated that ownership of any technical improvements made to imported technology belonged automatically to the party that made the improvement, effectively barring foreign aerospace suppliers from negotiating grant-back clauses. Although the State Council deleted those rigid articles from TIER in 2019 to address international trade complaints and shift improvement ownership to the general contract rules of the PRC Civil Code, the Foreign Trade Law still prohibits technology import contracts from containing clauses that unreasonably restrict the Chinese importer’s independent research and development or force the importer to purchase unnecessary bundled equipment.

The Anti-Foreign Sanctions Law and Supply-Chain Countermeasures

Chinese space import and export rules have evolved in direct tension with United States export controls. Since the late 1990s, when the U.S. Congress transferred commercial communication satellites to the United States Munitions List under the International Traffic in Arms Regulations (ITAR), U.S. law has strictly prohibited the launch of U.S.-origin satellites or foreign satellites containing U.S. ITAR-controlled components on Chinese carrier rockets. This regulatory barrier gave rise to what aerospace analysts call the ITAR trap, prompting European and Asian manufacturers to design “ITAR-free” satellites for launch aboard Chinese rockets and encouraging Beijing to build indigenous domestic supply chains. For global space manufacturers, understanding ITAR compliance alongside Chinese export rules is essential because U.S. rules prohibit unauthorized transfers to China, whereas Chinese laws penalize domestic and foreign firms that enforce foreign embargoes against Chinese entities.

Alongside ITAR, the U.S. Congress enacted the Wolf Amendment in 2011, which bars the National Aeronautics and Space Administration (NASA) and the White House Office of Science and Technology Policy from using federal funds to collaborate bilaterally with the Chinese government or Chinese-owned companies without explicit congressional certification and Federal Bureau of Investigation clearance. Over more than a decade, Wolf Amendment restrictions have prevented Chinese participation in the International Space Station program and deepened the bifurcation of global space supply chains, sparking recurring policy debates over whether Washington should maintain or revise its ban on space cooperation.

In response to expanding U.S. Entity List designations, military end-user restrictions, and semiconductor export rules targeting Chinese aerospace institutes, Beijing enacted a trilogy of defensive legal instruments:

• The Unreliable Entity List Provisions (issued by MOFCOM in September 2020), which empower authorities to ban designated foreign enterprises from importing or exporting goods related to China, making new investments in China, or bringing personnel into the country when those firms cut off normal commercial supplies to Chinese space or defense entities for non-commercial reasons.
• The Rules on Counteracting Unjustified Extraterritorial Application of Foreign Legislation and Other Measures (issued by MOFCOM in January 2021), which function as a blocking statute requiring Chinese citizens and enterprises to report within 30 days whenever foreign laws unjustly prohibit or restrict them from engaging in normal economic and trade activities with third-country partners, and authorizing injunctions and civil damages in Chinese courts.
• The Anti-Foreign Sanctions Law (enacted by the NPC Standing Committee on June 10, 2021), which provides statutory authority for Chinese ministries to place foreign individuals, defense contractors, and executives on a Countermeasure List, freezing their assets within China, revoking visas, and prohibiting Chinese organizations from conducting any transactions or technical exchanges with them.

As highlighted in the SIPRI backgrounder on China’s export control framework, Beijing has repeatedly invoked the Anti-Foreign Sanctions Law, the Unreliable Entity List, and the Export Control Law in tandem between 2023 and 2026 to sanction foreign aerospace and defense manufacturers involved in arms sales to Taiwan or supply-chain restrictions against Chinese research institutions.

Multilateral Space Treaties and Non-Proliferation Commitments

Domestic Chinese space trade laws do not operate in isolation from public international law. Both the 2020 Export Control Law and the 2024 Dual-Use Regulation explicitly cite the fulfillment of international non-proliferation and treaty obligations as a primary statutory objective alongside national security.

United Nations Outer Space Treaties and State Supervision

The foundational global rules governing orbital activities derive from the law of outer space negotiated through the United Nations Committee on the Peaceful Uses of Outer Space (COPUOS). China is a State Party to four of the five core United Nations space treaties. Beijing acceded to the 1967 Outer Space Treaty in December 1983 and subsequently acceded in December 1988 to the 1968 Rescue Agreement, the 1972 Space Liability Convention, and the 1975 Registration Convention. Like the United States and Russia, China has neither signed nor ratified the 1979 Moon Agreement.

Three provisions across these treaties directly shape China’s domestic export and licensing regulations for space technology:

• Article IV of the Outer Space Treaty prohibits States Parties from placing nuclear weapons or any other weapons of mass destruction in orbit around the Earth, installing them on celestial bodies, or stationing them in outer space in any other manner. This treaty obligation underpins the strict WMD non-proliferation screening embedded in Article 2 of China’s 2024 Dual-Use Regulation.
• Article VI of the Outer Space Treaty establishes that States Parties bear international responsibility for national activities in outer space, whether carried on by governmental agencies or by non-governmental entities, and mandates that the activities of non-governmental entities require authorization and continuing supervision by the appropriate State Party. To fulfill Article VI within a broader space policy and governance framework, SASTIND and MOFCOM require private Chinese satellite and launch companies to obtain both civil space project approvals and export licenses before launching payloads for foreign clients or transferring ownership of an in-orbit satellite to a foreign operator.
• Article VII of the Outer Space Treaty and the 1972 Space Liability Convention make a “launching State” (defined as a state that launches, procures the launching of, or provides territory or facilities for the launch of a space object) internationally liable for damage caused by that space object on Earth, to aircraft in flight, or in outer space. Consequently, when China exports a commercial satellite or launches a foreign spacecraft from Jiuquan, Taiyuan, Xichang, or Wenchang, Chinese export licensing rules require mandatory third-party liability insurance and intergovernmental allocation agreements to protect the Chinese state from unlimited treaty liability.

Arms Control Treaties and Multilateral Export Regimes

Beyond the UN space treaties, China participates selectively in multilateral arms control treaties and informal export control regimes. In July 2020, China formally acceded to the United Nations Arms Trade Treaty (ATT), which regulates international trade in conventional weapons and requires States Parties to maintain national control lists and assess whether exported defense items would violate UN embargoes or international humanitarian law. In the nuclear domain, China acceded to the Treaty on the Non-Proliferation of Nuclear Weapons (NPT) in 1992, joined the Zangger Committee in 1997, and became a member of the Nuclear Suppliers Group (NSG) in June 2004, binding its exports of space-relevant nuclear materials and dual-use atomic equipment to international safeguard standards. China is also a State Party to the Biological Weapons Convention (1984) and the Chemical Weapons Convention (1997).

By contrast, China is not a member of the Missile Technology Control Regime (MTCR), the 35-nation informal political understanding established in 1987 to limit the proliferation of rockets and unmanned aerial vehicles capable of delivering weapons of mass destruction, nor is China a participating state in the Wassenaar Arrangement on Export Controls for Conventional Arms and Dual-Use Goods and Technologies. Although China applied to join the MTCR in 2004, existing members did not reach consensus on its admission. Nevertheless, China unilaterally pledged in 1994 and 2000 not to export ground-to-ground missiles inherently capable of delivering a 500-kilogram warhead at least 300 kilometers, and it structured its 2002 Missile Export Control List and 2024 Dual-Use Control Catalogue around the technical categories and alphanumeric numbering conventions used by the MTCR Equipment, Software, and Technology Annex and the Wassenaar Arrangement lists.

The table below compares China’s status across the major international treaties and multilateral export control regimes affecting space trade.

Bilateral Space Diplomacy and Commercial Export Models

To expand its international market presence while complying with domestic missile export rules and bypassing U.S. ITAR constraints, China has built an extensive network of bilateral space treaties, regional intergovernmental organizations, and turnkey commercial export structures.

Turnkey In-Orbit Delivery and Belt and Road Space Corridors

According to official figures published by CNSA on international cooperation in outer space, China has signed more than 149 intergovernmental space cooperation agreements and memorandums of understanding with 46 national space agencies and four international organizations, establishing 17 bilateral space cooperation mechanisms. These agreements provide the diplomatic umbrella for commercial satellite exports, joint scientific payloads, and overseas telemetry, tracking, and command (TT&C) ground stations.

When exporting commercial communications or remote-sensing satellites to developing nations across Asia, Africa, and South America, China Great Wall Industry Corporation (CGWIC), the state-authorized international trade arm of China Aerospace Science and Technology Corporation (CASC), relies on a turnkey “in-orbit delivery” (IOD) legal structure. Under an in-orbit delivery contract, the Chinese prime contractor manufactures the satellite bus and payload using ITAR-free components, integrates the spacecraft onto a Long March carrier rocket at a Chinese launch site, launches the spacecraft, and conducts initial in-orbit testing before formally transferring title and operational control to the foreign buyer.

This legal structure serves two regulatory purposes under Chinese and international export control law:

• Because the foreign buyer never takes physical custody of the launch vehicle or observes the sensitive mechanical and electrical interface integration at the Chinese launch complex, the transaction avoids triggering a transfer of Category I missile technology under China’s missile export control parameters.
• Because the Chinese contractor supplies the satellite bus, launch service, ground control stations, operator training, and often export-credit financing from the Export-Import Bank of China as a bundled package, the foreign customer receives operational space capability under a single MOFCOM and SASTIND export licensing approval.

Beyond turnkey commercial sales, CNSA has executed co-development treaties that allow controlled sharing of satellite engineering without transferring restricted propulsion technology. Prominent examples include the China-Brazil Earth Resources Satellite (CBERS) program, the China-France Oceanography Satellite (CFOSAT), the China Seismo-Electromagnetic Satellite (CSES) built with Italy, and the Pakistan Remote Sensing Satellite-1 (PRSS-1). These bilateral programs sit alongside the Belt and Road Initiative Space Information Corridor, under which China provides BeiDou satellite navigation services, meteorological data, and remote-sensing imagery to partner states under standardized data-sharing protocols that keep underlying satellite bus designs and encryption architectures under Chinese export control.

Regional Organizations and Lunar Governance Frameworks

On October 28, 2005, eight nations signed the Convention of the Asia-Pacific Space Cooperation Organization (APSCO) in Beijing, establishing a permanent intergovernmental organization headquartered in China. Full member states of APSCO include Bangladesh, China, Iran, Mongolia, Pakistan, Peru, Thailand, and Turkey. Under the APSCO Convention and its Host Country Agreement with the PRC government, China facilitates joint small-satellite development, optical space object tracking networks, education and training programs, and Earth-observation data sharing across member states. Crucially, the convention’s intellectual property and industrial return articles stipulate that any cross-border transfer of hardware or technical data among member states remains strictly subject to the national export control laws and licensing procedures of the supplying state, ensuring that APSCO projects remain subject to MOFCOM and SASTIND vetting.

A parallel legal framework governs China’s deep-space and lunar partnerships. In March 2021, China and Russia signed a Memorandum of Understanding on Cooperation in the Construction of the International Lunar Research Station (ILRS), followed by a joint Partner Guide inviting international space agencies, universities, and commercial firms to contribute scientific payloads, rovers, and power systems. International payloads flying aboard China’s Chang’e lunar missions, the Tianwen Mars and asteroid probes, and the Tiangong space station are governed by bilateral intergovernmental agreements that include strict technology-safeguard and customs provisions. Those clauses guarantee that foreign scientific instruments imported into China for launch integration remain exempt from improper technology transfer or unauthorized inspection, while ensuring that Chinese launch vehicle interfaces and spacecraft bus architectures remain protected under PRC export control laws.

Summary

China’s legal framework for space-related technology imports and exports has evolved from an ad hoc collection of administrative notices into a comprehensive statutory system anchored by the 2020 Export Control Law and the 2024 Regulation on Export Controls for Dual-Use Items. By consolidating nuclear, biological, chemical, and missile control rules under State Council Order No. 792 and issuing targeted restrictions such as Announcement No. 21 of 2024 and the July 2025 Technology Catalogue updates, Beijing exercises granular control over space launch vehicles, propulsion systems, titanium superplastic forming tools, spacesuit components, satellite payloads, and upstream materials like gallium and germanium.

At the same time, China pairs its domestic licensing architecture, overseen jointly by MOFCOM, SASTIND, and the Central Military Commission, with international obligations under four United Nations outer space treaties, the Arms Trade Treaty, and over 149 bilateral space cooperation agreements. Combined with defensive statutes such as the 2021 Anti-Foreign Sanctions Law and the Unreliable Entity List, this dual legal structure enables Beijing to expand turnkey commercial satellite exports and multilateral initiatives like the International Lunar Research Station while insulating its domestic aerospace industrial base against foreign export blockades.

Appendix: Useful Books Available on Amazon

• Astropolitik: Classical Geopolitics in the Space Age
• Scramble for the Skies: The Great Power Competition to Control the Resources of Outer Space

Appendix: Top Questions Answered in This Article

What Is the Primary Law Governing Space Technology Exports in China?

The Export Control Law of the People’s Republic of China, which took effect on December 1, 2020, serves as the foundational national statute governing space technology exports. It provides unified legal authority to restrict cross-border transfers of dual-use goods, military hardware, nuclear materials, and aerospace technical data, including deemed exports to foreign nationals and extraterritorial re-exports.

How Did State Council Order No. 792 Change China’s Dual-Use Space Export Rules?

Promulgated in September 2024 and effective on December 1, 2024, State Council Order No. 792 enacted the Regulation on Export Controls for Dual-Use Items. The regulation replaced four separate legacy decrees covering missiles, nuclear dual-use items, biological agents, and chemicals with a single unified dual-use control list and licensing system administered by the Ministry of Commerce.

Which Chinese Government Agencies Review Space Export License Applications?

Dual-use space export applications are administered by the Ministry of Commerce in consultation with the State Administration of Science, Technology and Industry for National Defense, the Central Military Commission Equipment Development Department, the Ministry of Foreign Affairs, and the General Administration of Customs. Exports of complete space launch vehicles or items with major national security implications also require approval from the State Council.

Why Are Commercial Space Launch Vehicles Regulated Under Missile Export Controls?

Orbital space launch vehicles and sounding rockets share core propulsion, structural, staging, and inertial guidance technologies with ballistic missiles. Consequently, China’s dual-use and missile export control parameters strictly regulate complete rocket systems and subsystems capable of delivering a 500-kilogram payload over a distance of at least 300 kilometers, aligning with international non-proliferation thresholds.

What Space Technologies Were Restricted Under Announcement No. 21 of 2024?

Issued jointly by the Ministry of Commerce, China Customs, and the Central Military Commission in May 2024 and effective July 1, 2024, Announcement No. 21 imposed export licensing requirements on specialized aerospace items. Controlled categories include superplastic forming and diffusion bonding molds and software for spacecraft engines, gas turbine casting equipment, spacesuit helmet visor molds, and ultra-high molecular weight polyethylene fibers.

How Does China Regulate the Import of Foreign Space Technologies?

Cross-border acquisitions of foreign aerospace patents, software, and technical services are governed by the Regulations on Technology Import and Export Administration and the Foreign Trade Law. Prohibited technologies cannot be imported, restricted technologies require a prior import license from the Ministry of Commerce, and freely imported technologies must be registered online to enable foreign-exchange royalty payments.

What United Nations Outer Space Treaties Has China Ratified?

China is a State Party to four core United Nations space treaties: the 1967 Outer Space Treaty (acceded in 1983), the 1968 Rescue Agreement (1988), the 1972 Space Liability Convention (1988), and the 1975 Registration Convention (1988). Article VI of the Outer Space Treaty obligates Beijing to authorize and continuously supervise commercial satellite exports and private space activities.

Is China a Member of the Missile Technology Control Regime or Wassenaar Arrangement?

China is not a formal member of either the Missile Technology Control Regime or the Wassenaar Arrangement. However, Beijing acceded to the United Nations Arms Trade Treaty in July 2020, belongs to the Nuclear Suppliers Group, and structures its domestic dual-use and missile export control lists around the technical parameters and classification codes of both multilateral regimes.

How Does Turnkey In-Orbit Delivery Help China Comply with Export Control Laws?

Under an in-orbit delivery contract, Chinese prime contractors build the satellite, integrate it onto a Long March rocket inside China, launch it, and transfer title only after in-orbit testing is complete. Keeping launch vehicle integration under exclusive Chinese custody prevents the transfer of sensitive Category I rocket stage and interface technology to the foreign satellite buyer.

How Do China’s Anti-Foreign Sanctions Laws Affect the Global Space Industry?

Enacted between 2020 and 2021, the Anti-Foreign Sanctions Law, the Unreliable Entity List Provisions, and the Ministry of Commerce blocking statute authorize Beijing to retaliate against foreign aerospace firms that enforce discriminatory supply-chain blockades or arms sales affecting Chinese sovereignty. Penalties include asset freezes, visa bans, trade prohibitions, and restrictions on complying with foreign export investigations without Chinese government approval.

Appendix: Glossary of Key Terms

Export Control Law

A comprehensive national statute enacted by China’s National People’s Congress Standing Committee and effective on December 1, 2020. It establishes unified legal authority over the cross-border export and re-export of dual-use items, military products, nuclear materials, and technical data related to national security and international non-proliferation obligations.

Dual-Use Items

Goods, technologies, software, and services that possess civilian commercial applications as well as military applications or the potential to enhance military capabilities. In the space sector, dual-use items include satellite propulsion thrusters, star trackers, radiation-hardened electronics, synthetic aperture radar payloads, telemetry ground stations, and specialized aerospace alloys.

Deemed Export

A regulatory concept under which the release or transfer of controlled technical data, software, or engineering services by a domestic citizen or legal entity to a foreign national is legally treated as an export to that foreign national’s home country, even when the disclosure occurs entirely within domestic territory.

Catch-All Control

A statutory provision requiring an exporter to apply for an export license before transferring goods, software, or technologies that do not appear on any published control list if the exporter knows, has reason to know, or is notified by regulators that the transfer poses national security or proliferation risks.

Space Launch Vehicle

A multi-stage rocket system designed and operated to transport payloads such as communications satellites, Earth-observation spacecraft, cargo vehicles, or crewed capsules from Earth’s surface into orbit or deep space. Because launch vehicles share propulsion and guidance engineering with ballistic missiles, they face strict export licensing.

Superplastic Forming and Diffusion Bonding

An advanced aerospace manufacturing process that heats titanium or aluminum alloys to extreme temperatures and applies gas pressure inside precision molds so the metal deforms into complex, lightweight, high-strength hollow structures without mechanical fasteners. China restricted the export of molds and software for this process in July 2024.

End-User and End-Use Certificate

An official legal document signed by the foreign recipient of controlled goods or technologies, and often verified by the importing country’s government and legalized by a Chinese embassy, certifying the exact civilian purpose of the items and pledging not to divert or re-export them without authorization.

Internal Compliance Program

A formal corporate governance framework comprising nine statutory elements, including executive policy statements, transaction screening, risk assessment, training, audits, and record-keeping, that Chinese exporters implement to prevent unlawful technology transfers and qualify for multi-shipment General Licenses from the Ministry of Commerce.

International Traffic in Arms Regulations

A United States export control regime administered by the Department of State under the Arms Export Control Act that restricts the export, re-export, and foreign launch of defense articles, technical data, and designated spacecraft hardware listed on the United States Munitions List, barring their integration onto Chinese rockets.

Outer Space Treaty

The 1967 Treaty on Principles Governing the Activities of States in the Exploration and Use of Outer Space, including the Moon and Other Celestial Bodies. Ratified by China in 1983, it bans weapons of mass destruction in orbit and requires states to authorize and supervise non-governmental space activities.

Missile Technology Control Regime

An informal multilateral political association established in 1987 to curb the proliferation of unmanned delivery systems capable of carrying weapons of mass destruction, particularly rockets and cruise missiles able to deliver a 500-kilogram payload to a range of 300 kilometers. China aligns its national missile lists with these thresholds.

In-Orbit Delivery

A turnkey commercial satellite procurement contract in which the manufacturer constructs the spacecraft, arranges launch aboard an indigenous carrier rocket, completes orbital checkout, and transfers legal ownership and operational command to the foreign buyer only after the satellite is functioning in its designated orbit.