Space Force Taps Viasat for Agile Satellite Fleet in Strategic Shift

CARLSBAD, CA – June 11, 2026 – The U.S. Space Force is fundamentally reshaping its orbital architecture, moving away from monolithic, high-value satellites towards a more resilient and distributed network. In a landmark validation of this strategy, communications giant Viasat announced it has secured a prime contract to build the first wave of a new generation of agile military satellites. The award, part of the Protected Tactical SATCOM-Global (PTS-G) program, tasks Viasat with producing small, maneuverable geosynchronous satellites designed to provide secure communications in the face of growing threats in space.

This contract is more than just a procurement deal; it represents a critical inflection point where the Pentagon’s push for speed and commercial integration meets the realities of a contested space domain. By selecting Viasat, a company with deep roots in both commercial and government sectors, the Space Force is betting on a dual-use technology approach to build a more survivable and cost-effective communications backbone for the warfighter.

The New Doctrine: Proliferation and Commercial Speed

The PTS-G program is a cornerstone of the Space Force’s plan to pivot from a few, exquisite satellites to a proliferated constellation of more affordable, commercially-derived systems. The old model, which relied on heavily fortified but immensely expensive platforms, created high-stakes, single points of failure. In an era where adversaries are developing sophisticated anti-satellite capabilities, this architecture is increasingly seen as a liability.

The new doctrine emphasizes resilience through distribution. By deploying a “swarm” of smaller, more nimble satellites, the Space Force can create a network that is harder to disrupt. If one satellite is compromised or needs to be repositioned, others can dynamically adapt to maintain coverage. This approach is intended to provide a robust, anti-jam communications layer for tactical users worldwide, eventually replacing the tactical mission currently handled by the Advanced Extremely High Frequency (AEHF) constellation.

The program, with a total Indefinite Delivery Indefinite Quantity (IDIQ) ceiling of $4 billion across all contractors, is structured to foster competition and leverage private sector innovation. This strategic shift towards commercial baseline designs is meant to accelerate deployment timelines and inject the agility of the tech sector into the traditionally slower-moving defense acquisition process.

Viasat's Winning Hand: From Design to Production

Viasat’s win did not happen in a vacuum. The company was one of several industry leaders, including Astranis, Boeing, Intelsat, and Northrop Grumman, competing under the broad PTS-G umbrella. This specific “Swarm 1 Delivery Order” award follows Viasat’s successful completion of a design maturation phase in 2025, where it proved out its concept for a low Size, Weight, and Power (SWaP) GEO satellite.

This new contract moves Viasat from the drawing board to the factory floor. The U.S. Space Force awarded a total of $437.7 million for the first two operational satellites, with the funds being split between Viasat and competitor Intelsat General Communications. For Viasat, this amounts to an estimated $219 million contract, a significant validation that sent its stock price ticking upward. The award solidifies the company’s role as a critical end-to-end partner for the military, capable of not just operating networks but also designing and manufacturing the core space hardware.

“Viasat is pleased to continue our partnership with the U.S. Space Force as the PTS-G program moves into the production phase,” said Craig Miller, President of Viasat Government. He emphasized the award recognizes Viasat’s expertise in “designing and rapidly delivering resilient, and high-performance dual-use satellite solutions” and its deep understanding of the Space Force’s mission needs.

Under the Hood: Maneuverability Meets Dual-Use Tech

The technology at the heart of this contract is a dual-band X/Ka-band mini-GEO satellite. Unlike traditional GEO satellites that remain in a fixed orbital slot, these new platforms are designed to be maneuverable. This allows the Space Force to dynamically reposition assets to support military operations in emerging hot spots or to evade potential threats, a paradigm shift for strategic space assets.

The satellite’s design leverages cutting-edge technology Viasat developed for its own commercial ViaSat-3 fleet, a series of ultra-high-capacity satellites. This dual-use approach is key to the program's goals of speed and affordability, allowing the military to benefit from the billions of dollars of R&D invested by the commercial sector. The focus on a “low SWaP” design is also critical, as it enables the creation of smaller, more efficient satellites that are cheaper to build and launch, making the concept of a large, proliferated constellation economically feasible.

Under the contract, Viasat will deliver the satellite, associated ground stations, and provide five years of operations and sustainment services, covering everything from telemetry and control to cybersecurity. John Reeves, Vice President of Space and Mission Systems at Viasat Government, noted the team is “eager to transition our innovative design into production and delivery of a small, maneuverable GEO capability to support dynamic mission operations.”

The Bottom Line: Impact on the Warfighter and the Market

While the technology is advanced, the ultimate goal is practical: to deliver secure, uninterrupted communications to military personnel on the ground, in the air, and at sea. With an initial operating capability targeted for no earlier than 2029 and the first launches slated for 2028, the program is on an ambitious but deliberate timeline.

For the warfighter, the PTS-G system promises a significant leap in capability. It will provide global connectivity with enhanced protection against jamming, ensuring that critical data and commands can get through even in the most contested electronic warfare environments. Its backward compatibility with legacy systems ensures a smooth transition while paving the way for next-generation communications.

For Viasat, the contract represents a multi-year revenue stream and cements its status as a cornerstone of the U.S. defense industrial base for space. By proving it can deliver on the Pentagon’s vision for a more agile and commercially-infused space architecture, Viasat is not just building a satellite; it is helping to build the future of military space operations.