Customized real-time, 24/7 situational awareness displays, powered by the FreeFlyer® engine to
meet your individual mission requirements for both GEO and LEO regimes.
a.i. solutions is pleased to offer a unique new capability with Atlas Mission Displays — real-time situational awareness spacecraft displays powered by FreeFlyer. Atlas Mission Displays are customized FreeFlyer simulations that run live 24/7 in Mission Operations Centers of any size and complexity. Atlas is ready to deploy, offering out-of-the-box, interactive, high-fidelity real-time visualizations.
Atlas Mission Displays provide operators with high-level situational awareness at a glance. Atlas can present alert conditions, countdown to maneuvers, and depict sensor coverage and contacts — it has the flexibility to meet any space mission visualization need. Real-time tracking of telemetry data, plots, and 2D / 3D visualizations can be presented across any number of screens in any layout, running continuously for months on end and editable on the fly. Atlas can also be run offline to play back live or simulated data for training, analysis, or promotional purposes.
From future mission design and analysis to automated operations for tomorrow’s mega-constellations, FreeFlyer can be utilized in multiple ways to bring value to any space company or organization.
The Lunar Orbital Platform-Gateway1 is proposed as an outpost in deep space: a proving ground for deep space technologies and a staging location for missions beyond Earth orbit. Envisioned as a crew-tended spacecraft, the Gateway will be constructed over time as various components are delivered either as co-manifested payloads with Orion or independently without crew presence. Naturally, spacecraft and objects with a wide range of shapes and masses will also depart the Gateway for other destinations. Read this white paper to learn about the Lunar Orbital Platform-Gateway and Disposal, Deployment, and Debris in Near Rectilinear Halo Orbits.
Read More
In 2020 the United States Space Force (USSF) released an implementation of the SGP4-XP propagator, an advanced version of the existing SGP4 propagator stated to deliver accuracy roughly equivalent to that of the USSF’s Special Perturbations Ephemeris propagator (SPEPH) with runtimes only 50% to 100% longer than SGP4. This paper presents an analysis of the performance characteristics of the SGP4-XP propagation algorithm and considers new and existing practical applications where it can be used more effectively than SGP4.
Read More
