Voyager Technologies’ cover photo
Voyager Technologies

Voyager Technologies

Defense and Space Manufacturing

Denver, Colorado 52,076 followers

Delivering transformative, mission-critical solutions from ground to space.

About us

Voyager is a defense, national security and space technology company, pioneering transformative, mission-critical solutions that redefine possibilities for civil, commercial and government missions. By tackling the most complex challenges, Voyager aims to unlock new frontiers for human progress, fortify national security and protect critical assets from ground to space.

Industry
Defense and Space Manufacturing
Company size
501-1,000 employees
Headquarters
Denver, Colorado
Type
Public Company
Founded
2019

Locations

Employees at Voyager Technologies

Updates

  • Voyager’s external payload platform, NREP, was the first commercial platform on the ISS to enable customer payloads to experience the vacuum of space and be returned to Earth. NREP was recently decommissioned after 10 years of operation, but the legacy of NREP lives on in our new external platform, NEL. Read more about NREP’s legacy and what’s coming next at the link in the comments. #VOYG #AcceleratingtheAdvantage #MissionReady

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  • “When the Apollo astronauts left the Moon for the last time, many people believed the lunar surface was a dusty, barren place, a majestic desert on the way to something grander in space. But in the 50 years since, we’ve come to understand the Moon as a frontier of unknown opportunity.” Dan Hendrickson, our vice president of Business Development at Voyager Lunar Systems, shares his thoughts on why we’re returning to the Moon and the science and discoveries that can still be unlocked there. #VOYG #AcceleratingtheAdvantage #MissionReady

    What's Waiting on the Moon When the Apollo astronauts left the Moon for the last time, many people believed the lunar surface was a dusty, barren place, a majestic desert on the way to something grander in space. But in the 50 years since, we’ve come to understand the Moon as a frontier of unknown opportunity. For instance, when we landed for the last time, we didn’t know there could be Great Lakes’ worth of water ice at the lunar poles. This water ice is believed to exist in permanently shadowed regions, some of the coldest places in the solar system. It could potentially be used for drinking water for astronauts, growing food on the lunar surface, or even making rocket fuel by splitting water into hydrogen and oxygen. We also didn’t know about lunar lava tubes, essentially enormous underground caves. One beneath the Marius Hills region of the Moon could be large enough to house Philadelphia. If we can reach these caves, we could examine the stratigraphy of ancient lunar rock. Without water and wind to erode the rock as they do on Earth, a record of the ancient Sun may be preserved in the cave walls, documenting billions of years of solar activity. The “core samples” found there could offer a new understanding of our planet through a unique, pristine record of the Earth-Moon system. On the far side of the Moon, shielded from much of Earth’s radio interference, there is also a rare radio-quiet environment. We could place telescopes there to examine radio waves that are normally drowned out, allowing us to peer deep into the history of the universe and gather science data that can’t be obtained from Earth. The mysteries and unknowns uniquely found at the Moon are beckoning us back, and the flotilla of planned lunar missions now on the docket will bring us closer to making these phenomena knowable. One such mission will be Griffin-1, which will launch to the lunar south pole later this year carrying the largest commercial payload ever delivered to the Moon’s surface. Griffin will bring rovers to scout this largely unexplored region and demonstrate how we can operate in the extreme conditions found near the lunar south pole. But Griffin-1 is about more than a single mission. Each landing gives us another chance to test our hardware, challenge our teams, and put in the reps required to operate on the Moon routinely. Those missions are the building blocks of a permanent Moon Base, and of a future in which we can stay long enough, travel far enough, and explore deeply enough to pursue discoveries that can’t be reached elsewhere in the solar system. Griffin is one step toward that future: not simply returning to the Moon, but learning how to stay there, and, in doing so, beginning to answer the questions that only the Moon can answer.

  • Come find us at #AFANational (Air & Space Forces Association)! We’ll be in National Harbor, MD to talk about our work protecting national security, strengthening the industrial base and expanding human presence beyond Earth. Stop by Booth 4309 to start your morning with a cup of coffee. While you’re there, you can also learn more about who we are and the mission driving our work. We can’t wait to see you there. #VOYG #AcceleratingtheAdvantage #MissionReady

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  • Voyager successfully delivered and integrated quick disconnect plates for the European Space Agency - ESA In-Flight Demonstrator. Under contract to AVIO, Voyager delivered the launch-critical infrastructure to connect internal rocket fuel systems to ground infrastructure and then safely detach during launch operations. Read more about Voyager’s role as a global provider of space solutions at the link in the comments. #VOYG #AcceleratingtheAdvantage #MissionReady

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