Ġ5 February 2013 History First Aegis VII Incident " They were right the first time on Aegis VII - this is beyond our ability to know or control!" - Kinner Phelps With the gravity field of the planet weakened due to this massive collision, it exploded into millions of chunks of debris and asteroids due to a total collapse of the planet's structure. The molten core of the planet rose up to the surface which created large lakes and rivers of magma covering the surface. This disabled the gravity tethers which had been suspending a gigantic chunk of rock and earth excavated from the planet, which then fell from low-orbit causing a massive planetary collision and leaving the planet seismically unstable. However, the atmosphere did contain significant levels of oxygen for a human to breathe.Īfter Isaac Clarke returned Marker 3A to its pedestal on the planet's surface, it activated an EMP strike. Surface weather consisted of high winds and dust storms, making prolonged periods of outside work inadvisable without sufficient protection. Ravines and caves were common across the surface as well as smooth barren plains requiring a crawler or a shuttle to be traversed quickly.īecause the planet's atmosphere was so thin, wearing an engineer RIG was advised whilst exposed to the surface conditions. Stars and the sparse ring of rocks which surrounded the planet were visible even during the day. The planet had an orange-tinted sky with an atmosphere that didn't appear to be too thick. It was also the resting place of Marker 3A.Īegis VII appeared to be a rocky planet, similar to Earth, with a molten core. Aegis VII had an unusually large quantity of precious metals residing under its planetary crust. The seventh planet of the Cygnus system and like-named cluster, Aegis VII was located an unknown distance from Earth, although it had been described to be "several million light years from home" by a surveyor.
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