The U.S. Space Command (SPACECOM) is prioritizing the development of offensive anti-satellite (ASAT) weapons in its future requirements as China and Russia expand their capabilities to target satellites in orbit.
This month, The War Zone (TWZ) reported that SPACECOM commander General Stephen Whiting identified the development of offensive kinetic and non-kinetic ASAT weapons as a critical military priority to ensure dominance in space. Speaking at the Space and Missile Defense Symposium in Huntsville, Alabama, Whiting outlined SPACECOM’s key requirements for the 2029–2033 fiscal years, particularly emphasizing ‘integrated space fires’ and capabilities to counter distributed satellite systems in low Earth orbit (pLEO).
This shift comes amid the rapid expansion of China’s military space capabilities, which include remote sensing satellites, ground-based lasers, electronic warfare systems, and maneuverable co-orbital systems such as the SJ-21. American defense officials emphasize that merely protecting satellites is no longer sufficient; joint forces must have a reliable and known capability to attack and disable an adversary’s space assets. While the specific characteristics of future U.S. space weapons remain classified, public signals indicate a shift from passive defense to active readiness for orbital warfare.
The key question is whether the U.S. has the offensive counterspace capabilities needed to turn this new emphasis into a reliable combat capability—especially against the broader arsenals of ASAT weapons attributed to China and Russia. Although the Counter Communications System (CCS) remains the only publicly acknowledged offensive ASAT capability of the U.S., it has significant limitations. In a June 2023 report for the Mitchell Institute for Aerospace Studies, Charles Galbreath noted that while the ground-based electronic warfare system can temporarily block an adversary’s signals without creating space debris, it provides only local and partial disruption of communications.
According to Galbreath, the CCS is incapable of threatening China’s rapidly expanding space architecture and cannot independently protect U.S. space assets. He added that the effective use of the CCS requires the strategic deployment of ground systems near target areas, which is extremely challenging in a high-conflict environment where powerful Chinese anti-access/area denial (A2/AD) networks operate.
Notably, in April 2022, the U.S. imposed a unilateral moratorium on testing direct-ascent anti-satellite (DS-ASAT) missiles due to concerns about space debris. In addition to the debris issue, Matt Korda and Nivedita Raju argued in a Federation of American Scientists (FAS) article this month that such weapons have limited strategic and military advantages. Space debris, including spent rocket stages, satellite parts, fragments, and even paint particles, travels at speeds of thousands of meters per second and can cause catastrophic damage to spacecraft and satellites.
According to Korda and Raju, the resulting orbital debris can threaten the space assets of the state conducting the test, while destructive ASAT tests have limited practical value and risk alienating allies dependent on space infrastructure. They also noted that such tests are weak strategic signals since responsibility for them can be easily attributed, potentially triggering a political response rather than creating an effective lever of pressure. Korda and Raju believe that kinetic destruction is not necessary to demonstrate ASAT capabilities, as states can showcase operational capabilities through non-destructive simulations or standard intercepts within missile defense.
Meanwhile, Kathleen Brett noted in a June 2026 Secure World Foundation report that the U.S. operates midcourse interceptors with built-in ASAT functionality. She mentioned that in February 2008, the U.S. tested an SM-3 interceptor launched from the USS Lake Erie against a malfunctioning reconnaissance satellite. The test created a significant amount of orbital debris, although it was conducted at a relatively low altitude.
Arsenals of China and Russia
Compared to the publicly acknowledged U.S. arsenal, China and Russia possess a broader range of known counterspace capabilities. In an August 2024 article in the peer-reviewed Journal of Strategic Studies, Jonas Vidhammer Berge and Henrik Stalhane Hiim noted that China is shaping an offensive counterspace posture aimed at deterrence, coercion, and warfare while limiting escalation. According to Berge and Hiim, China’s arsenal combines ‘soft-kill’ systems—satellite jammers, cyber capabilities, directed energy weapons, laser dazzling, and attacks on data transmission lines—with ‘hard-kill’ means, including direct-ascent anti-satellite missiles and co-orbital satellites capable of rendezvous, proximity operations, and capture.
They noted that China prioritizes reversible and difficult-to-attribute ‘soft-kill’ effects in the early stages of conflict, reserving kinetic attacks for higher levels of escalation. China’s counterspace strategy envisions ‘limited responses,’ multiple escalation thresholds, and targeting vulnerable U.S. systems, particularly GPS, which is critical for conventional military operations, and SBIRS early warning satellites, primarily to enhance nuclear deterrence during major crises. Thus, China’s approach provides Beijing with not only more counterspace tools but also more options for pressure at various levels of escalation.
Similarly, Jaganath Sankaran noted in a June 2022 article in the peer-reviewed journal Contemporary Security Policy that Russia is developing a diversified offensive counterspace arsenal combining kinetic and co-orbital systems, directed energy weapons, and electronic warfare capabilities. Sankaran asserted that Russia has repeatedly tested the direct-ascent anti-satellite missile ‘Nudol’; demonstrated rendezvous, proximity operations, projectile firing, and potential satellite interception capabilities using spacecraft from the ‘Olimp-K’/ ‘Luch’ and ‘Kosmos’ series; developed the ‘Rudolf’ and ‘Burevestnik’ interceptors; and created the laser systems ‘Peresvet’ and ‘Sokol-Eshelon’ along with electronic warfare complexes ‘Murmansk-BN’, ‘Krasukha’, and ‘Tirada-2S’.
According to Sankaran, Russia’s counterspace posture is primarily based on hedging and compensation: Moscow maintains counterspace capabilities to deter perceived Western dominance in space and, in the event of war, can selectively disable satellite systems for guidance, navigation, reconnaissance, and communications that enable high-precision aerospace operations by the U.S. and NATO. This is intended to compensate for Russia’s conventional military weaknesses and help control escalation.
Taken together, this asymmetry helps explain why American planners are moving beyond a narrow set of specialized
