CHINA AND THE AMBITION TO CULTIVATE A PROXY MILITARY IN IRAN

The shift in the global geopolitical order over recent decades has witnessed an increasingly tightening symbiosis between the People's Republic of China and the Islamic Republic of Iran. From opportunistic arms transactions in the 1980s, this relationship has evolved into a comprehensive strategic partnership bolstered by long-term agreements and mutual dependence on energy and military technology. Amidst the West's maximum pressure campaigns, Beijing has served not only as the ultimate market for Tehran's oil but also as a vital source of raw materials, dual-use technologies, and advanced defense systems that enable Iran to maintain its strategic deterrence. By 2026, Chinese support for Iran has transcended mere commercial trade, becoming a cornerstone of a grand strategy designed to challenge U.S. hegemony in the Middle East while harvesting real-world military data for potential conflict scenarios in the Asia-Pacific. 1. THE HISTORICAL PROGRESSION OF MILITARY SUPPORT AND TECHNOLOGY TRANSFER, 1990-2010 The military-technical linkage between the two nations was forged during the Iran-Iraq War, 1980-1988, when Iran was completely isolated from Western arms sources. China filled this vacuum by providing basic yet effective weaponry, laying the foundation for Iran's asymmetric warfare doctrine. Throughout the 1990s, Chinese assistance shifted from the sale of complete systems to supporting Iran's domestic production capabilities. This was the most critical period for Tehran in achieving self-sufficiency in cruise missiles and artillery. China supplied thousands of tanks, armored vehicles, artillery units, and hundreds of surface-to-air missiles. Crucially, Chinese engineers helped Iran establish production lines for cruise missiles based on the C-801 and C-802 models, which later evolved into the mainstay Nour and Ghadir series of the Iranian Navy. SIPRI data indicates that during this period, China was among the few suppliers willing to transfer sensitive technologies to Iran despite U.S. opposition. Intelligence reports also pointed out that China provided technical designs, blueprints, and expert assistance for Iran to develop short- and medium-range ballistic missiles, utilizing reverse engineering from Chinese and North Korean models. The imposition of UN Security Council, UNSC resolutions such as Resolution 1737 in 2006 and Resolution 1929 in 2010 created legal barriers to the transfer of major conventional weapons. China, as a permanent member, voted in favor of these resolutions but simultaneously maintained loopholes for civilian trade and dual-use goods. Between 1990 and 2005, before stringent sanctions were enforced, China transferred a massive volume of military hardware to Iran, creating profound strategic impacts. Specifically, Beijing provided hundreds of anti-ship missiles, HY-2, C-801, and C-802 series, enabling Tehran to establish a blockade capability over the vital Strait of Hormuz. Furthermore, with over 100 F-7 fighter jets and more than 2,000 tanks and armored vehicles, the Iranian military not only maintained basic aerial combat capabilities but also successfully rebuilt its ground forces post-war. Finally, the delivery of dozens of HQ-2-7 air defense systems provided a solid foundation for the later development of Iran's indigenous air defense network. 2. The JCPOA and the Ballistic Missile Loophole, 2015-2023. The advent of the Joint Comprehensive Plan of Action, JCPOA, in 2015 created a controversial era of arms control. While the agreement focused heavily on limiting uranium enrichment, experts argue it left strategic gaps that Iran and China exploited effectively. A primary criticism of the JCPOA was its failure to include Iran's ballistic missile program in the core agreement. UNSC Resolution 2231, accompanying the JCPOA, replaced Resolution 1929, creating a critical legal opening. It shifted from deciding that Iran must not engage in ballistic missile activity to merely calling upon the country to avoid activities related to missiles designed to be capable of delivering nuclear weapons. This allowed Iran to continue testing under the guise of conventional defense or satellite launches. From the signing of the JCPOA through late 2023, Iran launched at least 228 ballistic missiles, with significant Chinese assistance in providing components to improve accuracy and survivability. Notably, all UN restrictions on technology transfer and testing officially expired in October 2023, transition day, removing international barriers for China to supply advanced missile technologies. The IAEA monitoring mechanism under the JCPOA was deemed the most rigorous ever negotiated, yet technical limits persisted. The IAEA installed the Online Enrichment Monitor, OLEM, at Natanz for real-time tracking, ensuring enrichment did not exceed 3.67%. However, while the IAEA had 24-7 access to declared sites, accessing suspicious locations like the Parchin military facility required a dispute resolution process that could last up to 24 days, a window Western powers argued was sufficient for sanitizing the site. Particularly from 2021, following the U.S. withdrawal, Iran removed many IAEA monitoring devices, leading the agency to lose continuity of knowledge regarding Iran's inventory of centrifuges and uranium. 3. IMPACT OF THE MAXIMUM PRESSURE CAMPAIGN AND NUCLEAR CONSEQUENCES, 2018-2026 President Donald Trump's unilateral withdrawal from the JCPOA in May 2018 and the re-imposition of draconian sanctions triggered a chain reaction that altered the nature of Iran's nuclear program. Instead of forcing Iran back to the table for a better deal, the maximum pressure campaign accelerated Tehran's nuclear activities. Iran increased enrichment from 3.67% to 4.5% in 2019, jumped to 20% in January 2021, and reached a record 60% near weapons-grade 90%, following attacks on nuclear facilities between 2021 and 2025. Meanwhile, the breakout time required to produce enough material for one bomb, which was approximately one year under the JCPOA, plummeted to weeks or even days by late 2024. Furthermore, the operation of advanced centrifuges like the IR-4 and IR-6 has allowed Iranian scientists to accumulate technical knowledge that even a new agreement could not fully erase. As the U.S. sought to drive Iranian oil exports to zero, China maintained a lifeline for Tehran's economy. By 2025, China imported approximately 90 to 91% of Iran's oil exports via a shadow fleet. Simultaneously disregarding sanctions, China remained the primary supplier of ammonium perchlorate and sodium perchlorate, allowing Iran to rebuild its ballistic missile stockpile following Israeli airstrikes in 2025. For the 25-year Strategic Cooperation Agreement, a framework for deep engagement 2021-2026, March 2021 marked a historical milestone with the signing of the 25-year Comprehensive Cooperation Program. While specific details remain classified, analysis and leaked documents suggest a massive vision for economic and security integration. The agreement envisions a Chinese investment of approximately $400 billion into the Iranian economy over 25 years. In exchange, Iran commits to a stable supply of crude oil at heavily discounted rates, reported to be 12% to 32% below global market prices. These investments are approximately $280 billion for oil, gas, and petrochemicals and $120 billion for transport and technology infrastructure. Beijing views Iran as an irreplaceable link in the Belt and Road Initiative, BRI. Investing in ports like Bandar Abbas and rail systems connecting Iran to Central Asia not only diversifies China's energy import routes but also creates a secure overland corridor, bypassing U.S. naval control at choke points like the Strait of Malacca. A vital component of the 25-year pact is cooperation in cyberspace and artificial intelligence. China has assisted Iran in building its National Information Network to enhance Internet control and mitigate internal security threats. Chinese tech giants like Huawei and ZTE have provided 5G infrastructure and sophisticated surveillance systems, enabling Tehran to manage public opinion and counter-protests more effectively. 5. Provision of Raw Materials and Resources for Ballistic Missile and UAV Production, 2020-2026. In recent years, Chinese assistance to Iran has pivoted from the delivery of finished weapon systems to the provision of chemical precursors and core electronic components. This shift has enabled Tehran to circumvent resource scarcities within its missile and unmanned aerial vehicle UAV programs. Iran's ballistic missile capabilities rely heavily on the transition from liquid to solid fuel, which ensures higher combat readiness and enhanced mobility. China has emerged as the premier supplier of the essential chemicals required for this process, most notably ammonium perchlorate, AP, a critical oxidizer for composite solid fuels. Reports from 2025 indicate that Iran received thousands of tons of AP from China, a volume sufficient to manufacture hundreds of medium-range ballistic missiles, such as the Khabar Sheikhan. Furthermore, in early 2025, two Iranian-flagged vessels, the Golban and the Jaren, transported over 2,000 tons of sodium perchlorate from ports near Shanghai to Bandar Abbas. As a primary precursor for AP production, such large-scale shipments signify a coordinated effort to reconstitute Iran's arsenal following periods of heightened military tension. The Iranian UAV industry, which has demonstrated significant tactical efficacy on modern battlefields, remains heavily dependent on Chinese microelectronics. Forensic analysis of wreckage from Shahed loitering munitions and other models recovered across the Middle East reveals a dense concentration of Chinese-sourced components. Exploiting China's dominance in the global drone component market, accounting for approximately 80% of global supply, Iran has utilized Hong Kong-based front companies, such as Dingtai Industrial Technology, to procure radio frequency, RF connectors, microprocessors, and specialized sensors. This dependency is underscored by data from the 2025 to 2026 period, during which millions of dollars in microelectronics continued to flow to sustain the production of the Shahed 136 line. Simultaneously, the Chinese supply chain expanded to include strategic missile materials, including 2,000 tons of sodium perchlorate in February 2025 and sufficient ammonium perchlorate by mid-2025 to rearm 800 ballistic missiles. By January 2026, this integration deepened with the transfer of specialized materials like carbon fiber and high-grade stainless steel to refine missile airframes and launch systems, establishing a closed-loop support process ranging from electronics to structural materials and propellants. 6. Advanced Weapon Systems By 2026, Chinese support has advanced into high-technology domains directly enhancing the operational lethality of the Iranian military and active combat environments. In a move of significant strategic consequence, Iran officially transitioned its entire military architecture from the U.S.-controlled Global Positioning System, GPS, to China's Beidou-3 Constellation. This transition provides Tehran with near-absolute anti-jamming capabilities and centimeter-level precision, allowing missiles to engage both fixed and mobile targets with negligible circular error probability. China has supplied Iran with advanced UHF radar systems such as the YLC-8B, specifically engineered to detect fifth-generation stealth assets like the F-35 and B-21. The operational deployment of these systems in 2026 has fundamentally altered the aerial balance of power, compelling Iran's adversaries to adopt a more risk-averse posture in strike planning. 7. Investment in Economic Cooperation, Mutual Interests, and Interdependence 2021-2026. China currently serves as Iran's primary trading partner and its most vital hydrocarbon market, providing an economic lifeline that enables Tehran to withstand international sanctions. While the $400 billion figure cited in the 25-year agreement represents a long-term framework, tangible activity has surged since 2021. In 2023, China allocated approximately $8.4 billion to infrastructure projects in Iran via barter mechanisms. Regarding non-oil commerce, data from the Iran Trade Promotion Organization indicates that trade reached an average of $2.54 billion per month by late 2025. Under the oil-for-infrastructure model, state-owned enterprises such as Shanghai Baoye and Pinggao Electric are executing power grid and steel production projects financed directly through oil revenues held in Chinese intermediary financial entities like Chuxin. Reviewing the trajectory from 1990 to 2026, it is evident that Chinese engagement has evolved from basic support to a comprehensive strategic protectorate. The U.S. withdrawal from the JCPOA and the failure of the maximum pressure campaign to halt uranium enrichment inadvertently pushed Iran to the nuclear threshold while cementing China's position as the sole guarantor of the regime's survival. By 2026, bolstered by missile technology, the Beidou satellite network, and the Enbridge financial mechanism, Iran has achieved a degree of strategic autonomy that traditional Western sanctions can no longer degrade. These dynamics clarify the rationale behind President Donald Trump's controversial decision to join Israel in launching a high-intensity military campaign to dismantle Iran's nuclear and industrial capacity. A nation that commands the largest proxy force in the Middle East and remains irreconcilably hostile to the U.S. and Israel. 8. THE 2026 CONFLICT – IMPACT ON WEAPON PRODUCTION AND NUCLEAR CAPACITY The coalition military operation, Epic Fury, initiated on February 28, 2026, delivered a direct kinetic blow to Iran's security infrastructure. During the initial 12-hour window, nearly 900 airstrikes neutralized approximately half of Iran's ballistic missile launchers and multiple UAV production facilities. However, many missile assets housed in deep underground missile cities or hardened bunkers survived, maintaining the capacity for retaliatory launches. While bunker buster munitions caused significant damage to the Natanz and Fordow facilities, experts warn that Iran retains approximately 400 to 440 kilograms of 60% enriched uranium in undisclosed locations. This ensures that the threat of a breakout bomb persists if Tehran remains committed to the regime's survival. 8. ASSESSMENT OF STRATEGIC ATTRITION FOR CHINA Despite maintaining its status as a non-belligerent, China is assessed to have suffered the most significant strategic and global ambition losses of any non-participating state. The $400 billion agreement and various Belt and Road Initiative BRI projects in Iran now face potential total loss if a Western-aligned regime change occurs, leaving the massive infrastructure projects of Shanghai Baoye and Pingyao Electric in a state of terminal uncertainty. Furthermore, as China consumes 90% of Iran's oil exports, the closure of the Strait of Hormuz has disrupted roughly 30% of its crude oil and LNG supply, exerting extreme pressure on a Chinese economy already grappling with deflationary trends. Beijing's inability to protect its strategic partner from U.S.-led strikes has exposed the practical limitations of Chinese power in the Middle East, fracturing the image of a credible counterweight it had meticulously cultivated. While China manages its credibility crisis, Russia has emerged as an indirect beneficiary, profiting from surging oil prices and the diversion of Washington's focus from the Ukrainian theater. Conversely, while regional powers like India and South Korea have suffered from energy price volatility, they have largely avoided the geopolitical fallout, lacking the deep strategic entanglement and political ambitions pursued by Beijing and the region. Despite these staggering losses, China is leveraging the conflict as a unique opportunity to harvest invaluable military intelligence. Observing the real-world performance of the YLC-8B radar and CM-302 missiles against F-35 stealth fighters and U.S. carrier strike groups allows the People's Liberation Army PLA to refine its military doctrine for future conflict scenarios in the Asia-Pacific.