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Phoenix Aerospace Launch Systems: Project Legacy – High Powered Rocket

Authors :
Machado, Michelle
Delarosa, Andrew
Bauer, Sage
Hosler, Kyle
Carrillo, Joskua
Shams, Laila
Goldner-Carver, Wesley
Nunan, Neil
Leonard, Austin
Winters, Johnathan
Anderson, Clark
Howard, Myles
Wong, Jaron
Ricario, Cris
Perry, Isaac
Herrera, David Gomez
Joseph, Akash
Machado, Michelle
Delarosa, Andrew
Bauer, Sage
Hosler, Kyle
Carrillo, Joskua
Shams, Laila
Goldner-Carver, Wesley
Nunan, Neil
Leonard, Austin
Winters, Johnathan
Anderson, Clark
Howard, Myles
Wong, Jaron
Ricario, Cris
Perry, Isaac
Herrera, David Gomez
Joseph, Akash
Source :
Discovery Day - Prescott
Publication Year :
2016

Abstract

This project’s objective is to provide an alternative launch system that could potentially replace the high-altitude balloon launch system (typically carrying scientific payloads) used in the Experimental Space Systems class at Embry-Riddle Aeronautical University, Prescott, Arizona. Senior capstone design group, Phoenix Aerospace Launch Systems (PALS), will provide a high-powered rocket as the alternative launch system called Legacy. PALS has conducted research on similar projects and weighed the risks and benefits that involve a high-powered rocket. Initial research was conducted in the fall 2015 semester, calculations and analysis was done to finalize a design for Legacy. Legacy is in currently under the fabrication process and will be completed by March 16th, 2016. Once Legacy has completely fabricated, tests will be conducted in order to validate that all subsystems and system will satisfy mission requirements. Poster Presentation IGNITE GRANT AWARD

Details

Database :
OAIster
Journal :
Discovery Day - Prescott
Notes :
Discovery Day - Prescott
Publication Type :
Electronic Resource
Accession number :
edsoai.on1050441519
Document Type :
Electronic Resource