CAPSTONE Countdown – The Team Behind the Scenes

CAPSTONE Countdown – The Team Behind the Scenes

The CAPSTONE Countdown is nearly over! We are mere hours from arriving at the Moon, and there would be no mission without the incredible work of the Advanced Space CAPSTONE Mission Operations Team. From orbit determination and navigation to all the details behind the scenes, thank you to this talented team of engineers, technicians, and more: (more…)

CAPSTONE Count Down – Just 2 Weeks Away From Moon Arrival

CAPSTONE Count Down – Just 2 Weeks Away From Moon Arrival

Advanced Space Data Analysis Shows Recent Trajectory Maneuver was Successful

Westminster, CO (October 31, 2022) Advanced Space LLC., a leading space tech solutions company with breakthrough navigation technology, completed its fourth trajectory correction maneuver (TCM) for CAPSTONE on Thursday. TCM-4 was the fourth of six planned maneuvers en route to the Moon, targeting the precise orbit for the CAPSTONE demonstration. This follows the restoration of the spacecraft’s capabilities as it has recovered from the anomaly that occurred after TCM-3. (more…)

LUNA – Putting the Art in STEAM – Artist Highlight

LUNA – Putting the Art in STEAM – Artist Highlight

“This mural titled Luna captures the sense of wonder humans have
when we lift our eyes to the sky and open ourselves to the mysteries
of the cosmos. The same sense of wonder we have here on Earth,
but from the setting of the Moon – mankind’s next frontier.”

Sarah Bouma

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Utilization of Space-Based TDoA and FDoA for Cislunar Orbit Determination

Utilization of Space-Based TDoA and FDoA for Cislunar Orbit Determination

Presented at the Advanced Maui Optical and Space Surveillance Technologies (AMOS) 2022 Conference

Michael R. Thompson, Matthew D. Popplewell, Bradley Cheetham

ABSTRACT

This study evaluates the potential observability benefits of space-based passive RF systems compared to other ground-based and space-based observers for cislunar Space Domain Awareness. TDoA and FDoA observations are used for orbit determination of objects in the lunar vicinity using observers in GEO and XGEO. The results are compared to ground-based observations in order to analyze the performance gains over existing architectures. Results show using space-based systems result in faster filter convergence and more accurate state estimates.

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