First Launch of the Moonraker MOSA Space RF Payload Announced
Will be Carried Into Orbit Aboard the K2 Space Gravitas Mission
The inaugural launch of the Pacific Defense Moonraker MOSA space Radio Frequency (RF) payload will take place as part of the K2 Space Gravitas Mission in February 2026. The mission includes a series of multi-orbit Space Situational Awareness (SSA) demonstrations showcasing the payload’s mission flexibility.
“As global space competition intensifies, there is a pressing need for adaptable, software-driven solutions that can rapidly evolve to counter emerging threats.”
Bryan Terlecky, Pacific Defense
Moonraker is a 3U Open VPX multi-function, RF payload with application software capable of performing a range of RF missions that fundamentally changes the cost, schedule, and deployment concept for responsive space missions. Designed for SSA, Moonraker payload architecture fully supports a range of receive and transmit Electromagnetic Spectrum Operation (EMSO) functions to command the electromagnetic operational environment.
“As global space competition intensifies, there is a pressing need for adaptable, software-driven solutions that can rapidly evolve to counter emerging threats,” said Bryan Terlecky, vice president of Space Systems at Pacific Defense. "This mission marks a significant step in our commitment to providing innovative and flexible solutions for space control."
The on-orbit demonstration, being completed under a contract with the Air Force Research Lab/Space Vehicles Directorate (AFRL/RV), is a critical milestone for Pacific Defense’s Space MOSA payloads and will inform future operational systems.