Voyager’s mission management services include payload configuration, requirements definition, integration planning, and operational execution.
Voyager and ATMOS established a strategic partnership to expand access to space for scientific discovery and technology advancement.
Voyager and Max Space are collaborating on expandable structures technology for surface infrastructure.
Previous Voyager missions for NASA included debris deployment operations through the Bishop Airlock aboard the International Space Station.
The Voyager Technologies–Max Space partnership pairs Voyager’s mission-critical space systems and infrastructure experience with Max Space’s lightweight, high-capacity expandable-structure technology.
Voyager's approach integrates payloads, manages risk, and operates in real time to differentiate the company in the ISS mission services market.
Voyager plans to apply its integrated mission management model to commercial platforms such as Starlab to support payload readiness, safety, and mission execution as operations shift to commercially led orbital infrastructure.
Voyager will support on-orbit execution and data return for ISS missions.
Under the earlier Johnson Space Center services contract, Voyager conducted waste deployment operations using the Bishop Airlock on the ISS.
Scott Rodriguez is vice president, Government Programs at Voyager and emphasizes that exploration depends on execution and that Voyager makes missions routine, safe, and repeatable by integrating payloads, managing risk, and executing in real time.
The multi-year contract framework gives Voyager a predictable channel for recurring mission management work while giving NASA flexibility to align task orders with evolving ISS needs.
Voyager expects to onboard three payload missions over the next quarter under the new contract.
Voyager positions the new contract as a reinforcement of its role as a mission management service provider with end-to-end human spaceflight execution experience.
Under the earlier Johnson Space Center services contract, Voyager supported NASA's Established Program to Stimulate Competitive Research payloads.
The new award builds directly on Voyager's previous performance under an earlier NASA Johnson Space Center services contract during which Voyager executed more than 50 task orders.
Voyager will deliver end-to-end services that span payload integration, real-time mission operations, safety and compliance oversight, and post-mission closeout activities.
Voyager will manage interfaces between payload providers and NASA and ensure that hardware and experiments meet safety and certification requirements for ISS missions.
NASA's Voyager and Pioneer missions provided six radio-beam measurements used to infer Jupiter's shape almost five decades ago.
The study published in Nature Astronomy replaces six Voyager and Pioneer measurements with 26 radio occultation passes by NASA's Juno spacecraft.
Max Space and Voyager are collaborating on expandable structures for surface infrastructure to support sustained deep-space human activity.