SUMMARY
The discussion centers on the costs associated with satellite fuels and cryogens, specifically highlighting Hydrazine, liquid oxygen, and helium. It is established that the cost of chemical fuels is relatively trivial compared to the overall expenses of a space mission, which are primarily driven by lift costs ranging from $5,000 to $10,000 per kilogram. Industrial suppliers list Hydrazine at approximately $2,000 per metric tonne, making it a cost-effective option for propulsion. For further information, contacting commercial satellite manufacturers like Space Systems/Loral is recommended.
PREREQUISITES
- Understanding of satellite propulsion systems
- Familiarity with chemical fuels such as Hydrazine and liquid oxygen
- Knowledge of cost structures in space missions
- Basic principles of low-gravity environments and their impact on fluid dynamics
NEXT STEPS
- Research the cost and applications of Hydrazine in satellite propulsion
- Investigate the properties and challenges of using liquid hydrogen as a fuel
- Explore the economics of launching payloads to Low Earth Orbit (LEO)
- Learn about the design and function of micro thrusters for satellite reconfiguration
USEFUL FOR
Space mission planners, aerospace engineers, researchers in fluid dynamics, and anyone involved in satellite technology and propulsion systems.