This month, The War Zone (TWZ) reported that US Space Command (SPACECOM) Commander General Stephen Whiting announced that developing offensive kinetic and non-kinetic anti-satellite (ASAT) weapons is now a critical military priority to ensure space superiority.
Speaking at the Space & Missile Defense Symposium in Huntsville, Alabama, Whiting outlined SPACECOM’s top requirements for Fiscal Years 2029 to 2033, specifically emphasizing “integrated space fires” and counter-proliferated low Earth orbit (pLEO) capabilities.
The push comes amid China’s rapid expansion of military space capabilities, including remote-sensing satellites, ground-based lasers, jammers and maneuverable co-orbital systems such as the SJ-21.
US defense officials stressed that merely defending satellites is no longer sufficient; the joint force must possess a credible, acknowledged ability to attack and degrade adversary space assets.
While the specific nature of future US space weapons remains classified, the public demand signals a shift from passive defense toward active readiness for orbital warfare.
The key question, then, is whether the US possesses the offensive counterspace capabilities needed to turn this new emphasis on space superiority into a credible warfighting posture—particularly against the broader ASAT arsenals attributed to China and Russia.
Although the Counter Communications System (CCS) remains the only publicly acknowledged US offensive ASAT capability, it has significant limitations. In a June 2023 report for the Mitchell Institute for Aerospace Studies, Charles Galbreath mentions that while the ground-based jammer can temporarily deny adversary signals without creating debris, it only provides localized, partial disruption of enemy communications.
Crucially, Galbreath says the CCS lacks the capacity to hold China’s rapidly expanding space architecture at risk and cannot independently protect US space assets. He adds that effectively employing the CCS requires strategically deploying these ground systems near targeted areas, a maneuver deemed extremely challenging in highly contested battlespaces dominated by China’s formidable anti-access and area-denial (A2/AD) military networks.
Notably, the US imposed a unilateral moratorium on direct-ascent ASAT (DS-ASAT) weapons tests in April 2022 due to concerns about space debris. Beyond the debris problem, Matt Korda and Nivedita Raju argue in a Federation of American Scientists (FAS) article this month that such weapons offer limited strategic and military benefits.
Space debris, including spent rocket stages, satellite parts, fragments and even paint flakes, travels at 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 testing state’s own space assets, while destructive ASAT tests offer limited practical utility and risk alienating space-reliant allies. They also say that such tests make poor strategic signals because responsibility is readily attributable, potentially producing political backlash rather than coercive leverage.
Korda and Raju argue that kinetic destruction is redundant for validating ASAT capabilities, since states can demonstrate operational proficiency through non-destructive simulations or standard missile defense intercepts, rendering debris-generating demonstrations entirely unnecessary.
Still, Kathleen Brett points out in a June 2026 Secure World Foundation report that the US operates midcourse interceptor missiles with an inherent ASAT function.
She mentions that in February 2008, the US tested an SM-3 interceptor fired from the USS Lake Erie against a defunct reconnaissance satellite; the test created significant amounts of orbital debris even if it was conducted at a relatively low altitude.
Compared with the publicly acknowledged US arsenal, China and Russia possess a broader range of known ASAT capabilities. In an August 2024 article in the peer-reviewed Journal of Strategic Studies, Jonas Vidhammer Berge and Henrik Stalhane Hiim mention that China is building an offensive counterspace posture designed to deter, coerce and fight 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 links—with hard-kill options, including direct-ascent ASAT missiles and co-orbital satellites capable of rendezvous, proximity operations, and grappling.
They note that China prioritizes reversible, attribution-difficult soft-kill effects in early stages of conflict, while reserving kinetic attacks for higher escalation thresholds.
They add that China’s counterspace posture emphasizes “limited responses,” multiple escalation rungs, and targeting vulnerable US systems, especially GPS for conventional warfare and SBIRS early-warning satellites primarily to strengthen nuclear deterrence against missile-defense threats during major crises.
China’s approach therefore presents the US with not just more counterspace tools, but more options for applying pressure at different levels of escalation.
Likewise, Jaganath Sankaran, in a June 2022 article in the peer-reviewed journal Contemporary Security Policy, notes that Russia is developing a diversified offensive counterspace arsenal that combines kinetic, co-orbital, directed-energy, and electronic-warfare systems.
Sankaran says Russia has repeatedly tested the Nudol direct-ascent ASAT missile; demonstrated rendezvous, proximity, projectile release, and potential satellite interception capabilities with Olymp-K/Luch and Kosmos-series spacecraft; pursued the Rudolph and Burevestnik interceptors; and developed the Peresvet and Sokol-Echelon lasers alongside the Murmansk-BN, Krasukha, and Tirada-2S jammers.
According to Sankaran, Russia’s counterspace posture is primarily hedging and offsetting: maintaining counterspace options to deter perceived Western space dominance and, if war occurs, selectively disabling satellite targeting, navigation, reconnaissance, and communications that underpin US-NATO precision aerospace warfare, thereby offsetting conventional military inferiority and controlling escalation.
Taken together, these asymmetries help explain why US planners are looking beyond a narrow set of dedicated ASAT systems.
Despite the CCS being the only publicly acknowledged US offensive ASAT system, other planned US space systems could offer substantial counterspace potential through their dual-use capabilities.
For instance, Henry Sokolski, in his 2025 book “Golden Dome: What’s Its Story?” notes that the proposed space-based missile defense system possesses inherent and inescapable ASAT capabilities.
Sokolski notes that because Golden Dome’s architecture relies on thousands of space-based interceptors designed to defeat fast-moving ballistic missiles, these same interceptors can easily be reoriented to target adversary satellites or terrestrial military assets. He emphasizes that this dual-use reality cannot be engineered out and will fundamentally alter strategic deterrence dynamics, spurring adversarial countermeasures.
As such, he says the US must structure the system recognizing that it functions simultaneously as a defensive missile shield and a formidable offensive ASAT weapon that redefines global space superiority.
If this trajectory continues, the greater strategic risk may not be an ASAT capability gap but rather an action-reaction cycle in which the pursuit of space superiority makes satellites increasingly vulnerable in crises and lowers the threshold for attacks on the space infrastructure that underpins both military operations and civilian life.
