DENVER - Voyager Technologies has received a $22.4 million Other Transaction Agreement (OTA) from the Department of Defense's Strategic Capabilities Office (SCO) to develop and prototype next-generation satellite deployment systems intended eventually for transition to the U.S. Space Force.

Under the research and development agreement, Voyager will deliver flight-ready prototypes of small-satellite dispensers designed to add secondary payloads to space launches without displacing primary mission objectives. The effort is intended to make otherwise unused launch capacity available for additional space capabilities and accelerate the deployment of new systems on orbit.

Satellite dispensers serve as the mechanical and electrical interface between secondary spacecraft and launch vehicles. Their design must account for spacecraft compatibility, launch-vehicle safety requirements, separation mechanisms, electrical inhibits, shock and vibration, and separation dynamics such as deployment velocity and tip-off rates. Voyager has not disclosed the new dispenser's spacecraft capacity, supported mass range, target launch vehicles, or planned deployment schedule.

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The SCO is using the OTA to prototype the technology with an eventual goal of transitioning the capability to the Space Force. The approach could let additional spacecraft share launch opportunities with primary payloads while limiting secondary-payload integration from affecting the primary mission.

Voyager brings existing small-spacecraft deployment experience to the effort through its NanoRacks business, which the company says has coordinated the launch and deployment of hundreds of CubeSats and smallsats from the International Space Station since 2011. NanoRacks also develops CubeSat deployment hardware for spacecraft ranging from 1U to 6U.

The new program marks a shift from that small-spacecraft deployment heritage to flight-ready dispenser systems intended for use with launch vehicles and national-security space missions. Further details about the dispenser's architecture, payload capacity, launch interfaces, and qualification program have not been disclosed.