Chinese Space Program: Lunar Ambitions, Military Capabilities, and Strategic Rivalry

Executive Summary

China's PLA Aerospace Force is converting space from a support domain into a contested warfighting arena, and the resulting rivalry with the United States is fracturing the governance architecture for both low Earth orbit and the cislunar region. Established as a dedicated military service in April 2024, the Aerospace Force now operates an estimated 245 military satellites, a secretive reusable spaceplane conducting rendezvous and proximity operations just days ago (June 22, 2026), and a layered portfolio of counterspace weapons ranging from direct-ascent anti-satellite missiles to directed-energy systems. Competing lunar coalitions, the US-led Artemis Accords, with 63 signatories as of April 2026, and China's International Lunar Research Station with roughly 17 partner states, are already encoding rival operating norms before any permanent human presence exists on the Moon. Decisions made in the next three to five years will determine whether cislunar space develops under open, interoperable standards or fragments into incompatible and potentially hostile spheres.

The Counterspace Competition Below The Threshold

China's approach to on-orbit contestation is calibrated to remain below the level that triggers a proportionate US military response, while steadily accumulating technical advantage and operational precedent. The RAND Corporation's 2025 Congressional testimony identifies a core asymmetry: PLA researchers view space capabilities as "a more usable and effective means of influencing an adversary before conflict or defeating an adversary during wartime," and the PLA may perceive the US military's heavy dependence on space infrastructure as reducing rather than increasing deterrence effectiveness. That perception, well-documented in Chinese military writings analyzed by RAND, is not simply miscalculation; it reflects a deliberate strategic theory.

The Shenlong program is the most observable expression of this theory. The spaceplane has now flown four missions since 2020, with each mission demonstrating incrementally more sophisticated on-orbit behavior. The Secure World Foundation's fact sheet acknowledges satellite deployment, capture-proximity, and orbital maneuvering across multiple missions. The interplay between dual-use framing and military-applicable capability is deliberate: Beijing's official narrative, provided to Xinhua after the February 2026 launch, describes the program as "providing technical support for the peaceful use of space," a formulation unchanged across all four missions and essentially identical to the language the US Air Force uses for the X-37B. Neither government is transparent, but independent tracking confirms that Shenlong has conducted proximity operations that the X-37B has not, including approaching objects it released in orbit.

The broader counterspace inventory adds depth that on-orbit operations alone do not capture. The Center for Strategic and International Studies 2025 assessment of China's space rise notes Beijing is developing directed-energy weapons, quantum communication satellites for secure command links, space-based computing and AI, and nuclear thermal propulsion for faster deep-space transit. The Lawrence Livermore National Laboratory paper on China's military space capabilities assessed that China moderate-to-high confidence holds between one and three direct-ascent ASAT missiles capable of targeting satellites in low Earth orbit, a program tested since 2005. The US Space Force's February 2025 Space Threat Fact Sheet corroborates these assessments from a government source.

Both the military and commercial dimensions of this development are mutually reinforcing. Beijing's "military-civil fusion" doctrine, which a National Defense University analysis confirmed was reaffirmed in 2024 to include cislunar development, means that commercial infrastructure, launch vehicles, ground stations, satellite constellations, is structured from the outset with potential military application. The US-China Economic and Security Review Commission's 2025 report documents that China has constructed 51 rocket bases across seven commercial firms. That launch infrastructure translates directly into geopolitical and security risk, because surge capacity for commercial satellites is indistinguishable from surge capacity for counterspace payloads.

The Cislunar Governance Fracture

The Moon is not merely the next destination in human exploration; it is the first site where the US and China will have to negotiate physical proximity, resource competition, and operational norms without the Cold War legal architecture that governed superpower space competition from 1967 onward. The 1967 Outer Space Treaty prohibits national appropriation of the Moon but is silent on resource extraction, commercial operations, and the concept of exclusive safety zones. Both the Artemis Accords and the ILRS are filling that legal vacuum, and doing so in ways that reflect each side's preferred governance model.

The Artemis Accords, now signed by 63 states as of April 2026 per an analysis published by CESCube, establish principles of transparency, interoperability, deconfliction safety zones, and cooperative resource use. A Frontiers in Space Technologies analysis from October 2025 notes that the Accords' "safety zones" provision has drawn criticism for potentially enabling exclusionary territorial behavior under a peaceful framing. China and Russia have dismissed the Artemis Accords as US-centric, per SpaceNews's reporting on astropolitical alliance formation, and have explicitly framed the ILRS as an instrument for "preserving the principles enshrined in the Outer Space Treaty", a counter-narrative designed to appeal to states wary of US unilateralism.

The National Defense University 2025 cislunar study group concludes that China's ILRS architecture could allow it to "monitor, interfere with, or exclude rivals from key regions of cislunar space." The Diplomat reported in December 2025 that China's Chang'e 7 mission, scheduled for 2026, is designed to map water-ice deposits in permanently shadowed regions near the lunar south pole, resources that CSIS identifies as critical for both long-term human habitation and propellant production. Whichever state establishes the first permanent infrastructure at high-value south pole sites will, as the Space Review argued, "write the first chapters of the operating manual" regardless of what any treaty says. Physical precedent, not legal text, is moderate-to-high confidence to determine the effective governance norm for contested lunar sites.

The broader geopolitical and economic implications are mutually reinforcing. States that build critical space infrastructure, navigation systems, communications relays, PNT architecture, around Chinese platforms become dependent on Chinese operational continuity and are structurally incentivized to support Beijing's preferred governance positions in multilateral forums. CSIS's 2025 strategic trajectories assessment warns that "if the United States cedes leadership, China is poised to advance a state-driven, opaque governance model that could embed long-term global reliance on its systems." The IDA research paper on China's cislunar activities flags a further divergence: China's Five-Year Plans for Economic and Social Development do not mention "peaceful use of outer space," referencing space only under sections on "national defense strength and economic strength", a framing gap that suggests the stated commitment to the Outer Space Treaty may not fully constrain operational behavior.

The Us Response Posture And Its Limits

The United States retains substantial advantages that are documented across government and academic sources. CSIS's November 2025 assessment notes that as of that date, the US had conducted over 160 successful launches and placed over 2,000 payloads in orbit, compared to China's roughly 80 launches and 250 payloads. SpaceX's mastery of reusable vertical landing at scale remains unmatched globally. The Artemis program has built a broader coalition than the ILRS: as of April 2026, 63 Artemis Accords signatories versus approximately 17 ILRS partners. NASA's Artemis 2 crewed lunar flyby occurred in early 2026 per incidental references in Space.com coverage, maintaining US visibility in human exploration.

But those advantages rest on a set of structural vulnerabilities that multiple independent sources identify. CNA's May 2025 deterrence analysis warns that PLA researchers view US space dependency as making the US more susceptible to coercion, not less. The Mitchell Institute's report on responding to hostile acts in space found that US policymakers lack both policy clarity and a doctrine for graduated response to gray-zone space actions, the precise environment Shenlong is exploiting. The Council on Foreign Relations assessed in September 2025 that the US decision to disband the Advisory Committee on Excellence in Space removes a key venue for industry input on regulation, risking "slowing progress in advancing its space capabilities and losing influence over future space norms." The interplay between domestic policy choices and international norm-setting creates a compounding risk: institutional gaps in Washington translate directly into governance vacuums that Beijing's space diplomacy is structured to fill.

Counterarguments

1. The threat framing problem: Capability demonstrations may not indicate offensive intent. The Secure World Foundation's April 2025 global counterspace assessment explicitly states there is "no proof that these technologies are definitively being developed for counterspace use as opposed to intelligence gathering or other purposes." The pattern of attributing worst-case intent to Shenlong's proximity operations mirrors the interpretive tendency that led the US into flawed threat assessments in other domains. China's 2007 ASAT test generated significant debris and drew international condemnation; avoiding a repeat may reflect learned restraint rather than capability limitation. If Shenlong's primary purpose is technology demonstration and signals intelligence, plausible given the detection of radio signals over North America during the third mission, the counterspace framing may overstate the near-term kinetic threat.

2. The governance fracture may be shallower than it appears. The IDA analysis of China's cislunar activities notes that "both the United States and PRC seek to establish cislunar norms and governance, and open-source documents suggest that both parties largely agree on the legal frameworks." A Frontiers in Space Technologies academic analysis from October 2025 documents that some states, notably Thailand, have signed both the Artemis Accords and ILRS cooperative documents, suggesting the two frameworks are not yet mutually exclusive despite rhetorical competition. If pragmatic states continue hedging between both coalitions, the narrative of a clean geopolitical bifurcation may overstate the normative stakes and underestimate the space for a future multilateral convergence under existing UN mechanisms.

3. The US commercial launch advantage may be overstated as a long-term structural advantage. CSIS's November 2025 assessment notes that as of late 2025, SpaceX alone accounted for the dominant share of US launch numbers, and that without Starlink satellites, the absolute gap in payloads placed in orbit narrows substantially. China has made reusable launch a national priority and by November 2025 had eight companies successfully conducting orbital launches. The Trends Group analysis of the cislunar economy observes that middle powers could participate in the cislunar economy without full-spectrum capabilities, reducing the premium of SpaceX's current lead if Chinese commercial launch costs converge. An assessment that anchors US advantage primarily on current launch economics may underestimate China's trajectory over a 10-year horizon.

Indicators To Watch

Decision Relevance

Scenario A (~55%): Sustained gray-zone competition with no kinetic escalation, governance fragmentation accelerating -- Both the US and China continue expanding counterspace capabilities and conducting proximity demonstrations that each characterizes as defensive or experimental. The cislunar governance split deepens as more states align with either the Artemis or ILRS coalition based on geopolitical alignment rather than technical merit. Recommended for corporate strategists and risk managers: treat space-based infrastructure (satellite communications, PNT-dependent logistics, very low confidence sensing supply chains) as a domain with elevated disruption risk but not imminent conflict; invest in ground-based backup redundancy and multi-constellation receiver architecture. Governance-oriented actors should accelerate investment in Artemis Accords technical working groups and COPUOS norm-setting before the cislunar precedent window closes.

Scenario B (~30%): China achieves a crewed lunar landing before or concurrent with Artemis 3, reshaping the normative baseline at the lunar south pole -- China lands astronauts near the lunar south pole between 2029 and 2031, establishes physical infrastructure at a high-value ice-bearing site, and uses operational precedent to advocate for ILRS-consistent governance norms. The Artemis coalition fractures around states unwilling to accept Chinese-defined deconfliction safety zones. Recommended: policymakers should treat Artemis 3 scheduling as a strategic, not merely technical, priority; accelerate bilateral diplomatic channels with fence-sitting Artemis signatories; consider whether additional commercial lunar lander contracts can establish US presence at contested south pole sites ahead of crewed missions.

Scenario C (~15%): An on-orbit incident involving Shenlong or a co-orbital Chinese asset triggers the first acknowledged hostile space act -- A Chinese proximity operation is judged by the US to constitute interference with a US military satellite, triggering the first invocation of the US Space Force's 2025 warfighting framework and a diplomatic or kinetic response. Recommended: investors with exposure to satellite-dependent sectors (financial market data, precision agriculture, maritime logistics) should review business continuity plans for temporary GPS/communications degradation scenarios; defense technology suppliers should expect accelerated procurement timelines for resilient LEO satellite architectures and active space defense systems.

Securitization Theory Analysis

Securitizing Actor: Both the US executive branch (via the US Space Force, the Department of Defense, and Congressional commissions) and China's Central Military Commission are simultaneously acting as securitizing actors, each framing the other's space activities as an existential threat to national security and warfighting advantage.

Referent Object: For the United States, the referent object is the satellite architecture that underpins military command, control, and precision weapons operations globally, and by extension the US-led rules-based order in space. For China, the referent object is the national space program as an instrument of "national power," and the perceived US effort (via Starlink, Artemis Accords, and counterspace weapons) to deny China a legitimate sphere of space influence.

Existential Threat Construction: The US-China Economic and Security Review Commission's 2025 annual report uses the language of urgency and civilizational stakes: "if the United States cedes leadership, China is poised to advance a state-driven, opaque governance model." The DoD's 2025 annual report to Congress frames PLA modernization around "winning wars", a formulation that has moved from aspirational to operational. China's 2019 defense white paper, analyzed by the US-China Economic and Security Review Commission, declared outer space a "critical domain in international strategic competition" requiring "strategic assurance for national and social development."

Target Audience: In the United States, the primary audience is Congress, which must authorize counterspace investment and Artemis funding, and allied governments being recruited to the Artemis Accords coalition. In China, the audience is the Central Military Commission, Party leadership, and prospective ILRS partners in the Global South.

Extraordinary Measures: The US Space Force's March 2025 warfighting framework authorizes offensive counterspace operations for the first time in explicit doctrine. China's April 2024 creation of the Aerospace Force as a direct CMC subordinate, bypassing theater commands, is itself an extraordinary structural measure, placing space warfighting on the same institutional plane as nuclear deterrence.

Classification: SECURITIZED

Space is fully securitized in both the US and Chinese contexts. Extraordinary measures, dedicated military space services, offensive doctrine, parallel governance coalitions, are not merely proposed; they are operational.

Process Tracing Analysis

Cause and Outcome: The cause is China's perceived asymmetric vulnerability to US space-enabled military power, recognized explicitly after observing US satellite-dependent operations during the Gulf War in 1991 and subsequently in Kosovo and Iraq. The outcome is the construction of a layered counterspace and space power portfolio that is now institutionalized in the PLA Aerospace Force.

Causal Mechanism Chain: Step 1 - PLA analysis of US Gulf War operations concluded that destroying space-based ISR and communications would degrade US military effectiveness faster than matching US platforms directly. Step 2 - China's 2007 direct-ascent ASAT test demonstrated technical capability and signaled political willingness, though the debris field drew international criticism that constrained further kinetic demonstrations. Step 3 - The 2016 creation of the Strategic Support Force consolidated space, cyber, and electronic warfare under a unified command, enabling cross-domain coordination that the pre-reform PLA lacked. Step 4 - The 2024 dissolution of the SSF and creation of the Aerospace Force as a direct CMC subordinate elevated space from a support function to a strategic warfighting domain. Step 5 - The current Shenlong program and ASAT portfolio represent the operational manifestation of the doctrine developed across these institutional iterations.

Evidence Assessment: The 2007 ASAT test is a smoking-gun link between doctrinal intent and technical capability. The 2024 Aerospace Force creation is a hoop test that must be present for the assessed mechanism to hold, and it passed. The Shenlong proximity operations are straw-in-the-wind evidence for offensive co-orbital intent specifically (consistent but not diagnostic). The RAND testimony's documentation of PLA internal writings on space asymmetry is a smoking-gun link between the strategic theory and the observed force-building behavior.

CAUSAL_MECHANISM_STRENGTH: STRONG

Constructivism Lens Analysis

Actor Identities: China projects the identity of a responsible spacefaring nation and a legitimate great power that was historically excluded from the International Space Station program and now builds its own multilateral architecture. The US projects the identity of the incumbent space leader and guardian of open, rules-based space norms. These identities are not merely rhetorical; they shape which actions each state considers legitimate and which it frames as threatening.

Operative Norms: The 1967 Outer Space Treaty remains formally operative but is increasingly incapable of governing the specific behaviors at issue. The Artemis Accords are attempting to instantiate new operational norms, deconfliction zones, resource transparency, orbital debris mitigation, through a coalition of willing states. China is simultaneously attempting to define ILRS operating procedures as the normative baseline for lunar cooperation. Both actors are engaging in what the Frontiers in Space Technologies analysis calls "norm entrepreneurship."

Intersubjective Meaning: There is no shared intersubjective understanding of what constitutes a hostile act in space. The Mitchell Institute workshop found that "conflict in space is more complex than many participants anticipated" and that "the challenge is a combination of a lack of policy clarity and the fundamental nature of the domain itself." Shenlong's proximity operations mean something different in Beijing's strategic narrative (technology demonstration, peaceful use) and Washington's (potential co-orbital ASAT rehearsal). This divergence in meaning is not merely a communication failure; it reflects genuinely incompatible social constructions of what space competition is and should be.

Norm Lifecycle Stage: Dual-use technology norms in LEO are in active erosion. The prohibition on destructive on-orbit ASAT testing, never formally codified but observed by both sides since 2007, is under pressure from proximity operations that achieve similar strategic effects without generating condemnable debris. The cislunar governance norm is in the emerging phase, with both the Artemis Accords and ILRS competing to establish the cascade threshold.

Norm Lifecycle: CONTESTATION (for LEO counterspace norms) / EMERGING (for cislunar governance norms)

The dominant dynamic is contestation in the near-term orbital domain and competitive norm entrepreneurship in the cislunar long-term, with no multilateral mechanism currently capable of reconciling the two tracks.

Analytical Limitations

• The primary uncertainty in this assessment is Chinese intent. Capability is reasonably well-documented through government and commercial open-source references; whether that capability is operationally postured for first use, deterrent signaling, or technology demonstration remains genuinely indeterminate. The Secure World Foundation's explicit caveat, no confirmed destructive co-orbital intercept, no definitive proof of offensive purpose, is the strongest check on this analysis's more significant interpretations.
• The Shenlong June 22, 2026 object release is real-time intelligence that has not yet been fully analyzed; the US Space Force had not yet catalogued the object at the time of LeoLabs' initial report. Any assessment of that event's significance is provisional pending further tracking data and US government characterization.
• The Artemis 3 lunar landing timeline figures cited in this assessment are based on September 2025 reporting; technical schedule changes through June 2026 are not reflected in the primary source base.
• This assessment draws on government, academic, and trade press references that are predominantly US and Western in origin. Chinese-language primary sources and internal PLA documents, which RAND and CASI have partially accessed, are not uniformly available; the gap between PLA stated doctrine and operational intent may be larger than open-source analysis can resolve.
• Potential anchoring bias toward the US strategic frame is present given the preponderance of US government sources in the evidence base; the IDA's more measured assessment, that US and Chinese cislunar goals may converge more than the governance competition suggests, represents a necessary corrective that this analysis does not fully weight.