White Sands Research and Developers, LLC
Advanced Aerospace Research and Suborbital Rocket Systems
AeroACES®
Linking Analyses from Concept to Flight
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Comprehensively Model Flight
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Create local or planetary environments
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Generate mass properties' models in simulation format
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Create geometry to generate aerodynamic model inputs
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Format complex aerodynamic outputs for simulation
Analyze & Prepare for the Mission
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Automate rocket performance sweeps
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Automate dispersion analysis and define hazard areas
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Create population files and calculate mission risk
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Develop complex, interwoven checklists for the mission
Seamlessly Transition to Realtime
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Adjust mass properties last-minute from onsite measurements
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Ingest realtime meteorological data & visualize in 2- and 3-D
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Adjust firing solutions with precision
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Calculate ballistic, nominal, booster, parachute & other trajectories
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Log the mission automatically during mission execution
Proven, Fire-Hardened & Adaptable
AeroACES® has been used to analyze a wide spectrum of flight vehicles since 2000 and it has been fire-hardened in field operations since 2005. When new vehicles or flight scenarios fall outside of current capabilities, powerful architecture is at-the-ready to meet the challenge.