The Marine Corps is doubling down on commercial, multi-orbit connectivity
Viasat has won a five-year, $307 million contract to provide satellite communications services for the U.S. Marine Corps, extending the company’s role in one of the military’s key commercial communications programs. The award, announced by the Space Systems Command’s commercial space office, covers the Marine Corps Enterprise Commercial Satellite Services program, known as MECS2.
The contract is notable not only for its size, but also for what it says about how the Defense Department wants to buy connectivity. Rather than depending on a single type of satellite network, the Marine Corps is seeking access to commercial communications capacity across multiple orbits and frequency bands, along with associated terrestrial resources and day-to-day service management.
That reflects a broader shift in military communications strategy. Commercial satellite networks are no longer being treated simply as backup bandwidth. Increasingly, they are part of the core architecture for resilient global communications, especially as the market expands beyond traditional geostationary systems to include medium Earth orbit and low Earth orbit constellations.
What the contract covers
According to the announcement, the MECS2 award provides access to multi-orbit commercial satellite communications in all commercially available frequency bands through orbit and terrestrial resources. The work will be performed at varying locations worldwide. The contract also includes both transponded bandwidth capacity and end-to-end managed services, as well as cellular connectivity intended to support global communications requirements.
Those details matter because they show the Marine Corps is buying more than raw satellite capacity. It is also buying integration, management, and operational flexibility. In practice, that means users can be supported across different technical environments without relying on a single transport layer or one orbital regime.
For expeditionary forces, that flexibility is increasingly valuable. Marine units operate in dispersed environments where communications resilience, mobility, and redundancy are essential. Access to multiple commercial architectures can reduce dependence on any one network and improve the ability to shift traffic when conditions or missions change.







