Space Force Scales Meadowlands Satellite Jammer Fleet
The reversible, debris-free system is operational now, with at least 32 planned and up to 56 maintained internationally.
Updated on Nov. 3, 2026 in Space
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The U.S. Space Force is preparing a wider global deployment of Meadowlands, a ground-based satellite jammer built by L3Harris Technologies. Space Systems Command issued a sources-sought notice on October 15 seeking contractors to support the fleet. The system is operational, not merely announced: Combat Forces Command accepted it operationally in June 2026.
Why it matters
Meadowlands represents a shift toward non-destructive counterspace tools that interfere with an adversary's satellite communications using radio-frequency equipment on the ground. The planned expansion to at least 32 systems, with support extending to as many as 56 internationally located systems, signals that electronic jamming is becoming a scaled part of U.S. military space posture rather than a limited test capability.
The fleet is projected to grow from an initial set of systems to at least 32, with contractor maintenance responsibility reaching as many as 56 internationally located systems. Meadowlands' effects on adversary satellite links are described as temporary and reversible, and the stub gives no measured interference performance figures to compare against prior systems.
The players
United States Space Force
The U.S. military branch responsible for space operations, which is planning the wider global deployment of the Meadowlands jamming fleet.
Space Systems Command
The Space Force command that issued the sources-sought notice seeking contractors to support the Meadowlands fleet.
L3Harris Technologies
The defense technology company that built the Meadowlands system and delivered the first two accepted units to the Space Force.
The details
Meadowlands works by using ground-based radio-frequency equipment to transmit signals that temporarily disrupt an adversary's satellite communications. Because the interference is electronic rather than physical, the effects can be switched off and leave no fragments in orbit. This distinguishes it from kinetic anti-satellite weapons, which destroy spacecraft and generate debris that can threaten other satellites for years.
Timeline
April 2025: The Space Force formally accepted the first two Meadowlands systems from L3Harris.
May 2025: The Space Force approved Meadowlands for fielding.
October 15: Space Systems Command issued a sources-sought notice for contractor support.
June 2026: Combat Forces Command operationally accepted Meadowlands.
The Tech Race
Meadowlands sits in a counterspace field where the U.S. is favoring reversible electronic interference over destructive anti-satellite methods that generate orbital debris. The planned expansion to at least 32 systems, with international deployment, moves this approach from a fielded capability toward a broader operational footprint.
For most people the Meadowlands program will not change daily life directly, since it is a military system with no consumer availability. Its practical effect reaches civilian satellite users indirectly, because electronic interference operations can affect shared communications bands and the satellites that depend on them.
The takeaway
Watch for the contractors selected through the Space Systems Command sources-sought process, which will indicate how quickly the 32-system minimum fleet is being built out. Track whether the international sites named in future procurement notices confirm the 56-system maintenance scope.
Further reading
For broader context on how military satellites and orbital operations are evolving, explore more in our Space coverage.
Source note: This article includes information reported by GPS World.
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