Study of commercial RLVs BM: Falcon 9 Heavy from SpaceX

Cita com:
hdl:2117/404220
Author's e-mailalexgd2000
hotmail.es

Document typeBachelor thesis
Date2024-01-29
Rights accessOpen Access
This work is protected by the corresponding intellectual and industrial property rights.
Except where otherwise noted, its contents are licensed under a Creative Commons license
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Attribution 4.0 International
Abstract
SpaceX strategically positions itself within the dynamic market of payload delivery and interplanetary spaceflight, playing a central role in shaping the future of space exploration. By addressing the difficult functioning of the Falcon 9 stages, SpaceX technological sophistication and innovation is the key to their success. Adding another layer to its multifaceted presence, the financial status of SpaceX relies on four key sources of income: public contracts, commercial payload delivery, satellite communications, and strategic funding rounds. This diversified revenue structure not only ensures the company's financial stability but also positions SpaceX as a versatile player in the competitive space industry, making them the most profitable company. Furthermore, SpaceX recognizes the importance of a compelling value proposition that differentiates the company from its competitors. Emphasizing its technological advantage, SpaceX has built a vast network of contractors, both public and private, creating a mutually beneficial ecosystem where the value SpaceX provides is answered by those within its network. This strategic approach not only solidifies SpaceX's unique position in the market but also creates collaboration and innovation within the broader space exploration community. This thesis report shows, SpaceX is a very financially stable company, with a lot of growth potential. The functionality of the Falcon 9, enables SpaceX to create a constant revenue of money for their research and development department. This will be the key to SpaceX success in the future space industry. As they are very ahead of their competitors, they will have the time and the resources to implement new technologies the space industry discovers. For future researchers, a thorough analysis of the manufacturing and the risks analysis could be made, in order to dive deeper into the day to day problems and solutions SpaceX need.
SubjectsAerospace industries, Rockets (Aeronautics), Space trajectories, Feasibility studies, Indústries aeroespacials, Coets (Aeronàutica), Trajectòries espacials, Estudis de viabilitat
DegreeGRAU EN ENGINYERIA EN TECNOLOGIES INDUSTRIALS (Pla 2010)
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TFG - 2024_1 - Alex Garcia - BM SpaceX.pdf | 14,40Mb | View/Open | ||
TFG - 2024_1 - ... dget - BM SpaceX .docx.pdf | 138,9Kb | View/Open |