| Phase (1) Set-Up of Phoenix | ||
| The Phoenix station will be placed in a stable orbit of around 36,000 to 40,000km of Mars. In its set up, the station will extend six (6) giant extender arms that will be used to stabilize and grip the two largest rocks that orbit Mars, Phobos and Deimos to assemble the new moon. | ||
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| Phase (2) Positioning of Phobos and Deimos | ||
| Deimos and Phobos are brought into position to complete the two largest additions to the moon and one quarter of the northern hemisphere and one quarter of the southern hemisphere. | ||
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| Phase (3) Major rocks from asteroid belt to complete spheres | ||
| Once the two moons have been locked into place, tug ships will shift the largest chunks from the asteroid belt to fill the remaining 3 quarters of the northern hemispheres and 3 quarters of the southern hemispheres so that all are filled with strategic rocks locked into place. | ||
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| Phase (4) Abandon core to be reactor, new external sphere stations, commence rotation | ||
| Phase (4) will see the abandonment of the core sphere to become a nuclear reactor along with the connection of six (6) new habitation spheres and the commencement of rotation of the Phoenix complex. The process of rotation will attract both dust and rock that will fill-in the gaps between the connector arms and the major assembled rock. | ||
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| Phase (5) Final assembly of new sphere habitations on extended arms and increased rotational rate. | ||
| Phase (5) will see the assembly of six (6) more spherical space stations as part of the structure and the increased extention of the connector arms a further six to eight km. This will be the final infrastructure assembly within the moon itself along with its increased rotational speed. | ||
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| Phase (6) Solidifying moon | ||
| The final phase is the solidifying process of the moon as a cohesive structure, including a stable rotation. | ||
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