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discussion on "Approaching the
Construction Problems in Space." These trajectories must have the characteristic that they can be easily targeted for either launch or destination planet and that the times between encounters yield a reasonable stay time on the destination and provide for both routine and emergency return on a fairly regular basis.
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to maintain its trajectories between the two. If the fuel required to reach a particular cycler orbit from both the Earth and the Moon is modest, and the travel time between the two along the cycler is reasonable, then having a spacecraft in the cycler can provide an efficient and regular method for
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first suggested the use of cycler orbits in 1985 for the life support equipment and logistical supplies necessary for extensive human exploration of the Moon and Mars. He also presented his thoughts on the benefits of using cycler spacecraft at the Space 88 Symposium in
Albuquerque during a panel
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Kenneth D. Mease; Benjamin F. Villac; Josep M. Mondelo; et al. (Jordi
Casoliva Rodon) (June 2008).
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158:"Lunar Cycler Orbits with Alternating Semi-Monthly Transfer Windows (AAS 91-105)"
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Economical Space
Transportation Routes Between Earth, Moon, and Beyond
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138:(Report). University of California. p. 2. Archived from
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42:therein, which periodically passes close by the
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165:Journal of the Astronautical Sciences
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156:Uphoff, C.; Crouch, M. A.
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19:Not to be confused with
97:Free-return trajectory
59:space transportation.
190:Missions to the Moon
185:Spaceflight concepts
167:. Boulder, Colorado.
102:Interstellar cycler
89:Spaceflight portal
32:Earth–Moon cycler
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112:Spaceflight
107:Mars cycler
68:Buzz Aldrin
21:lunar cycle
179:Categories
118:References
40:spacecraft
38:orbit, or
75:See also
50:, using
46:and the
63:History
36:cycler
161:(PDF)
143:(PDF)
136:(PDF)
44:Earth
34:is a
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30:or
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26:A
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