We have recently discovered the existence of Yidrium on Saturn. It’s become clear in light of recent breakthroughs in research of this novel element that Yidrium could make a foundational difference in the development of sustainable energy sources to support the growth of the planet. The primary outcomes hoped for in this mission are sample collection and distribution of remote satellites and robots for off-ground monitoring.
The mission will be organized in the structure of a three year planning phase, followed by five years in transit. We will spend the next three years in dedicated in pursuit of establishing our robot technology and making it in alignment with technical specifications as laid out by our science and research team.
In conjunction, we will need to train our astronauts for the grueling demands of this mission. This is the first undertaking of this size and scale, so we need to ensure our crew is prepared for a long, ambiguous hurdle as they charter a map into the unknown.
During the five year journey, we will need to be in constant communication. There are more details in Technical Upgrades to Spacecraft that outline some of the existing limitations in our communication structure.
One of the foremost considerations for this new venture is that we establish robust protocols for managing sensitive samples meant to assess the possibility of new gases directly addressing sustainability concerns here on Earth.