| Resource Title |
Description |
Format |
| Introduction to Mission Planning |
A lecture on mission planning and some topics involved in planning a mission. |
 |
| Back of the Envelope Mission Planning Booklet |
Quick reference to various topics and equations needed for mission conceptualization, design, and planning |
 |
| Spacecraft Design Lecture Notes |
Lecture notes for Mission Planning, a graduate class. Includes lectures 1, 2, 3, & 7 |
 |
| 2-D Fixed delta-V Transfer |
Delta-V transfers without a plane change |
|
| Boost from Low Earth Orbit to Asteroids Transfers |
Missions to asteroids with an initial boost from low earth orbit. |
 |
| Delta-V vs. C3 |
Charts to provide reference for comparing C3 = Vinf^2 versus Delta-V. |
 |
| Earth to Planet Hohmann Transfers |
A step-by-step process for using Hohmann transfers for planetary missions. |
 |
| Geosynchronous orbit pointing |
Designing a mission to place a satellite at a precise GEO orbit. |
 |
| Hohmann Transfer Description |
Explaination, description, and examples of the Hohmann transfer. |
 |
| Impulsive Delta-V Analysis |
Explaination of use of impulsive delta-V for orbit changes and transfers. |
 |
| Mass Moments of Inertia |
Description of importance and analysis of mass moments of inertia in spacecraft dynamics. |
 |
| One Impulse Burn Transfers from Circular Orbit |
One impulse burn from circular orbit analysis. These types of transfers result in an elliptical orbit. |
 |
| Orbit Circularization |
Methods for circularizing an elliptical, parabolic, or hyperbolic orbit. |
 |
| Orbit Shadow Analysis |
Analysis of period and frequency of a satellite's trajectory through a planet's shadow. Such analysis is important for determining power requirements while solar-based power systems are in the dark. |
 |
| Sun Synchronous Orbits |
Analysis of sun synchronous orbits. Orbits of this type are used for national intelligence assets and missions such as Lunar Prospector. |
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