Technologies is redefining precision and reliability in guidance, navigation and control systems with electro-optical systems, including space-qualified cameras, highly-accurate star trackers and cost-effective sun sensors. SpaceCam™, a low-read noise imaging solution, is ideal for space domain awareness and high-resolution imaging, and is supporting Artemis lunar, commercial and defense programs. It is rad-hard glass rated at better than 800 MRads (Si). Space Trackers are sourced and manufactured in the U.S., fully compliant with National Defense Authorization Act 2021 domestic sourcing specifications.

Technologies offers a full suite of rad-hard digital processing systems for command and data handling, flight computer, propulsion control, data processing and recording, payload sequencing, and image storing and compression. Systems range from multi-core space processors and single-board computers to avionics platforms and legacy image processing computers. Technologies’ systems are modular and configurable to mission requirements, including versatile digital slices and VPX cards, which are programmable on orbit.

Voyager’s suite of flight-proven RF products, including software-defined radios and lunar transponders, enable commercial and government missions across orbits – LEO, MEO and GEO. Modular designs support a variety of data rates, frequencies, bandwidths and interfaces, ensuring precision, reliability and security, facilitating Telemetry, Tracking & Command, mission- data transmission, crosslink communications, onboard signal processing and signal intelligence receiving. Laser Communications Terminals offer high-throughput connectivity, with low probability of interception and detection. The μLCT™ Laser Communications Terminals are available with variable optical head assemblies for any orbit.

Voyager improves signals intelligence (SIGINT) situational awareness with signal processing and geolocation technologies for intelligence, surveillance and reconnaissance (ISR) systems. We enhance SIGINT situational awareness through graphical user interface tools and data analytics to reveal intelligence information in a sea of data.

Voyager’s real-time controllable thrust and energy management enables overmatch, with scalable smart propulsion, while also meeting stringent requirements for Department of Defense, Department of Energy, NASA and commercial space systems. The company’s propulsion products perform under extreme conditions to substantially enhance performance for applications such as missile defense interceptors and kill vehicles; strategic, tactical and hypersonic missiles, reentry systems, and civil, commercial and military space launch systems and payloads.

Voyager’s Bishop Airlock is the first permanent, commercial addition to the International Space Station, allowing for the movement of equipment, supplies and payloads between the ISS and the open vacuum of space. Bishop Airlock provides a significantly larger alternative to other airlocks on the ISS, with 5x more capacity and has enabled complex in-space robotics installation and testing, the deployment of waste and the movement of payloads around external ISS hosting sites.

Voyager offers support for missions ranging from crewed vehicle systems to spacecraft propulsion, space operations, and more. We proudly partner with customers to develop new systems, advance and innovate existing systems, and develop the processes, controls, and operations to make your mission a success.

As the largest commercial user of the International Space Station, Voyager has deployed more than 330 satellites for commercial and government programs, overseeing more than 1,240 customer experiments conducted by more than 35 nations and territories. The team is highly-experienced across all phases of mission management. And the company’s commercial space station services have enabled biopharma and agriculture research, DoD technology demonstrations, research, media programs, STEM education, materials research and more.

As the U.S. transitions to commercially operated space stations, Voyager’s science park serves as a critical path to continued microgravity research and work. This state-of-the-art science park is dedicated to advancing microgravity science, research and industry. It is the only campus of its kind in the U.S., catalyzing in-space research and manufacturing.