As part of development of an Aldrin Cycler trajectory (see http://www.orbiter-forum.com/showthread.php?t=36763), I've cobbled together this simple 'challenge' to illustrate use of an Aldrin Cycler.
The scenario is quite simple: The Aldrin Cycler (that looks suspiciously like the ISS) is currently three days out from Mars rendezvous and approximately 100 days since its last Earth encounter. At the last Earth encounter, a Delta-Glider docked with the Cycler for transport to Mars. In addition. a second Delta Glider is now at Olympus Base ready for take-off. The scenario challenge is to land the first Delta-Glider currently docked at the ISS and land it at Olympus Base; and to dock the second Delta Glider currently at Olympus Base with the Aldrin Cycler.
The trajectory that the Cycler takes in this scenario is a 'real' Cycler trajectory - based on the trajectory design set out in http://www.orbiter-forum.com/showthread.php?t=36763.
Although this challenge isn't excessively difficult, the hyperbolic trajectory of the Cycler makes this activity somewhat more interesting than the standard Earth-centric ISS rendezvous, docking and de-orbit tasks.
The scenario is quite simple: The Aldrin Cycler (that looks suspiciously like the ISS) is currently three days out from Mars rendezvous and approximately 100 days since its last Earth encounter. At the last Earth encounter, a Delta-Glider docked with the Cycler for transport to Mars. In addition. a second Delta Glider is now at Olympus Base ready for take-off. The scenario challenge is to land the first Delta-Glider currently docked at the ISS and land it at Olympus Base; and to dock the second Delta Glider currently at Olympus Base with the Aldrin Cycler.
The trajectory that the Cycler takes in this scenario is a 'real' Cycler trajectory - based on the trajectory design set out in http://www.orbiter-forum.com/showthread.php?t=36763.
Although this challenge isn't excessively difficult, the hyperbolic trajectory of the Cycler makes this activity somewhat more interesting than the standard Earth-centric ISS rendezvous, docking and de-orbit tasks.
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