The United States Space Force has taken delivery of its first mobile high-powered electromagnetic beam weapon designed to neutralize hostile satellites without creating orbital debris, marking a significant operational milestone for the service’s space-electromagnetic warfare capabilities.
On June 8, 2026, the Space Force Combat Forces Command formally accepted the first Meadowlands Counter Communications System (CCS) for operational duty. Developed by L3Harris Technologies under the Combat Mission Systems Support framework, the system will be operated by Space Delta 3 (DEL 3), Space Electromagnetic Warfare, and will eventually be deployed as a fleet of up to 32 units.
What it does
Meadowlands is a ground-based anti-satellite system that uses multi-band, dual-polarization satellite communication antennas to generate electromagnetic beams. Rather than physically destroying its targets, the system produces what the Space Force terms “reversible effects”, interfering with satellite functions and disrupting onboard software or hardware without creating the debris field that kinetic anti-satellite weapons produce.
This non-kinetic approach is deliberate. Debris-generating anti-satellite tests, such as Russia’s 2021 destruction of Cosmos 1408 and China’s 2007 test, have been widely condemned for creating long-lived clouds of orbital fragments that endanger satellites and crewed spacecraft. Meadowlands is designed to achieve the same denial effect without adding to the space debris problem.
Mobile and deployable
The system is mounted on a wheeled, trailer-based platform that can be airlifted aboard a Lockheed C-130 Hercules or larger transport aircraft. Where the Space Force’s legacy CCS Block 10.2 system from 2020 required 23 transport boxes to move, Meadowlands needs only seven transit cases, representing a significant reduction in logistical footprint.
The system’s core function is to “detect, deny, disrupt, and degrade” hostile space assets, according to the Space Force Combat Forces Command. It is designed to counter a range of orbital threats, including reconnaissance satellites, communications relays, and potentially navigation and targeting spacecraft.
Part of a broader arsenal
Meadowlands is the newest component of a three-part counterspace architecture the Space Force is fielding alongside the legacy CCS and the Remote Modular Terminal (RMT), a lower-signature, remotely operated jammer. Together, the three systems provide what military planners describe as a layered set of reversible effects that can be synchronized with deception, mobility, and emissions-control tactics.
Bloomberg reported in November 2025 that the Space Force planned to field these systems specifically to address Chinese and Russian satellite capabilities. China has developed increasingly sophisticated orbital assets for reconnaissance, communications, and potential anti-satellite operations, while Russia has demonstrated both direct-ascent anti-satellite missiles and in-orbit maneuvering capabilities that could be used for hostile rendezvous.
The doctrinal framework is explicit: Space Force doctrine defines space superiority as ensuring freedom of action in and from space while denying the same to an adversary, ideally through non-kinetic, policy-compliant means. Reversible jamming fits that requirement, providing commanders with options that are fast, precise, and legally supportable under the law of armed conflict, while minimizing escalation risks.
Sources: Space Force gets first mobile high-powered electromagnetic beam weapon to cripple enemy satellites (Tom’s Hardware, July 9, 2026); Space Force’s high-powered electro beam nullifies hostile satellites (New Atlas, July 6, 2026); U.S. Space Force launches new triad of jammers (Army Recognition, June 11, 2026)