AFRL Awards User Terminal Contract to CesiumAstro
Calls for Development of LMG Ka-Band AESA User Terminal
The U.S. Air Force Research Laboratory’s Integrated Experiments and Evaluation Branch (AFRL/RVE) has awarded a contract to CesiumAstro to design, build, test, and deliver a Skylark LMG Ka-band active electronically steered array (AESA) user terminal within 12 months. This development aims to support a wide range of demonstration activities with military and commercial low-Earth orbit (LEO) constellations.
“CesiumAstro’s Skylark LMG ground and aero terminals leverage years of customer feedback and internal R&D."
Wayne Phelps, CesiumAstro
As a versatile platform, the Skylark LMG user terminal will enable AFRL to conduct demonstrations with multiple defense satellite constellations. Designed for scalability, the terminal will also support demonstrations with commercial LEO providers, allowing comprehensive testing across different satellite constellations.
“CesiumAstro’s Skylark LMG ground and aero terminals leverage years of customer feedback and internal R&D, achieving an exceptional fit for military communications, tactical operations, and defense agencies. Its versatility also extends to commercial applications, including satellite network operators, aircraft OEMs, network service providers, and airlines,” said Wayne Phelps, Director of Business Development at CesiumAstro. “We are excited to showcase Skylark’s industry-leading performance for military communications and in-flight connectivity.”
After delivering the Skylark LMG user terminal to AFRL, the Skylark LMG aero terminal will undergo environmental qualification and flight tests. Designed for the in-flight connectivity market, its multi-orbit, multi-constellation capabilities offer the flexibility, reliability, and performance sought by both commercial and defense sectors.