Advanced Space Demonstrates Artificial Intelligence for Spacecraft Autonomy at the Moon

Advanced Space Demonstrates Artificial Intelligence for Spacecraft Autonomy at the Moon

SigmaZero Experiments for IARPA on CAPSTONE™ 

Westminster, CO (March 21, 2024) Today, Advanced Space, LLC, a leading space tech solutions company announced the successful use of machine learning in cislunar space. The Cislunar Autonomous Positioning System Technology Operations and Navigation Experiment (CAPSTONE™) spacecraft has been busy testing new software that is laying the groundwork for a substantial and transformative advance in autonomous navigation in orbit.  (more…)

Advanced Space success of Oracle project enhanced by Q Station partnership

Advanced Space success of Oracle project enhanced by Q Station partnership

Advanced Space and Albuquerque’s coworking ecosystem helps the space industry get work done

Westminster, CO (March 18, 2024) Advanced Space LLC., a leading space tech solutions company’s ongoing partnership with Q Station continues to enable the success of the Air Force Research Laboratory’s (AFRL) Oracle flight experiment. Q Station is a hub for space work designed to allow government, businesses, academia and organizations to collaborate, create and innovate in new ways. (more…)

Advanced Space’s Resilient CAPSTONE Mission for NASA is Operating at the Moon for 445 Days: Continues to Transform Exploration with Cutting Edge Technology 

Advanced Space’s Resilient CAPSTONE Mission for NASA is Operating at the Moon for 445 Days: Continues to Transform Exploration with Cutting Edge Technology 

U.S. satellite persists as lunar pathfinder to mitigate risk for future space programs.

Westminster, CO – Advanced Space LLC., a leading space tech solutions company, announced that CAPSTONE™ – the Cislunar Autonomous Positioning System Technology Operations and Navigation Experiment – continues to be “The Little Satellite That Could” as it flies near the Moon over 430 days. The spacecraft is conducting operations in Near Rectilinear Halo Orbit (NRHO); achieving record-long mission operational “up times;” conducting experiments that demonstrate its usefulness for position, navigation, and timing (PNT); and for testing software at the Moon. (more…)

Advanced Space’s CAPSTONE Operates One Year at the Moon

Advanced Space’s CAPSTONE Operates One Year at the Moon

CAPSTONE Contributes to a Resilient U.S. Space Architecture in Cislunar Space

Westminster, CO — Advanced Space, a leading space tech solutions company, announced today that their Cislunar Autonomous Positioning System Technology Operations and Navigation Experiment (CAPSTONE) mission has successfully operated on-orbit around the Moon for a full year. This milestone puts the company in an elite category logging over 365 days of continuous operations in the cislunar environment. As the first company to operate a commercial satellite at the Moon, Advanced Space has gained valuable insights around cislunar operations that can only come from hands-on experience. (more…)

Advanced Space’s Resilient CAPSTONE Mission for NASA is Operating at the Moon for 445 Days: Continues to Transform Exploration with Cutting Edge Technology 

CAPSTONE Mission: 30 August 2023 Update

Serving as an orbital pathfinder for the Gateway, the Cislunar Autonomous Positioning System Technology Operations and Navigation Experiment (CAPSTONE™) spacecraft has operated successfully for almost 300 days. During that time, the CubeSat has demonstrated its key functions, entering and maintaining its unique orbit — a near rectilinear halo orbit (NRHO) — and operating a peer-to-peer navigation technology that incorporates relative tracking between two vehicles. (more…)

PILOTing Through the Magnetosphere: Using Mission Design to Advance Science

PILOTing Through the Magnetosphere: Using Mission Design to Advance Science

Not so long ago (2022), Advanced Space collaborated with a team of science and engineering organizations to help design a science mission to study the effects of the biggest space weather maker in the solar system: the Sun. The mission concept, called Plasma Imaging, LOcal measurement, and Tomographic experiment (PILOT), is designed to measure the flow of cold, dense plasma into and out of Earth’s magnetosphere to better understand how the interaction between Sun and Earth’s planetary magnetic field defines the evolution of our planetary atmosphere. To measure these flows in real time requires a fleet of 34 satellites revolving around the Earth in two different orbits to capture plasma movement at different spatial and temporal scales.
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