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Alliance: | None | CEO: | |
| Kills: | 0 | HQ: | ||
| Losses: | 0 | Members: | 3 | |
| ISK destroyed: | 0.00B | Shares: | 1000 | |
| ISK lost: | 0.00B | Tax Rate: | 0% | |
| Efficiency: | 0% | Website: | https://youtu.be/LM2cEPQnu8w |
Founded in YC123, Stellantis is the first private company to utilize proprietary technologies for planetary exploration and terraforming.
_// Morpheus: An artificial intelligence capable of identifying potentially habitable planets within a radius of 9,135 light-years with an efficiency rate of 98.7%.
_// Planetary Uplink Scanner: A device used by Stellantis geologists and planetary engineers to scan the atmosphere and soil during the pre-terraforming process to discover resources, energy sources, and signs of life. An omnidirectional laser maps topography in real-time, while high-efficiency radar analyzes the deeper layers of the terrain. Polymer film biosensors can detect airborne life forms as small as 500 nanometers. All data is transmitted to the Visualization Platform for analysis.
_// Atmosphere Processor: This system corrects the chemical composition of the planetary atmosphere by converting toxic compounds into breathable air with a 1:3 ratio of oxygen to nitrogen. Once atmospheric balance is achieved, the AP continuously monitors gas composition and corrects any imbalances. Byproducts are often isolated, condensed, and used as fuel sources or raw materials for manufacturing.
_// Hyperlink Transport: A vehicle capable of providing stable and safe transport for human crews and terraforming modules over distances of up to 9,000 light-years. This allows us to prepare for terraforming even more distant worlds. The Hypersleep Chamber can suspend the body's cellular and autonomic functions, maintaining the health of the entire organism during stasis. This device is programmed to initiate, maintain, and end stasis for the human crew depending on the percentage of the journey completed. A tertiary backup system supports chamber function for up to 100 years in the event of an emergency. Hyperlink Transport provides Stellantis planetary explorers, scientists, and engineers with access to regions never before imagined. Our transport model has a capacity for 500 passengers, a payload of 1,900,000 cubic meters, medical facilities, laboratories, and a Viewing Platform.
_// Morpheus: An artificial intelligence capable of identifying potentially habitable planets within a radius of 9,135 light-years with an efficiency rate of 98.7%.
_// Planetary Uplink Scanner: A device used by Stellantis geologists and planetary engineers to scan the atmosphere and soil during the pre-terraforming process to discover resources, energy sources, and signs of life. An omnidirectional laser maps topography in real-time, while high-efficiency radar analyzes the deeper layers of the terrain. Polymer film biosensors can detect airborne life forms as small as 500 nanometers. All data is transmitted to the Visualization Platform for analysis.
_// Atmosphere Processor: This system corrects the chemical composition of the planetary atmosphere by converting toxic compounds into breathable air with a 1:3 ratio of oxygen to nitrogen. Once atmospheric balance is achieved, the AP continuously monitors gas composition and corrects any imbalances. Byproducts are often isolated, condensed, and used as fuel sources or raw materials for manufacturing.
_// Hyperlink Transport: A vehicle capable of providing stable and safe transport for human crews and terraforming modules over distances of up to 9,000 light-years. This allows us to prepare for terraforming even more distant worlds. The Hypersleep Chamber can suspend the body's cellular and autonomic functions, maintaining the health of the entire organism during stasis. This device is programmed to initiate, maintain, and end stasis for the human crew depending on the percentage of the journey completed. A tertiary backup system supports chamber function for up to 100 years in the event of an emergency. Hyperlink Transport provides Stellantis planetary explorers, scientists, and engineers with access to regions never before imagined. Our transport model has a capacity for 500 passengers, a payload of 1,900,000 cubic meters, medical facilities, laboratories, and a Viewing Platform.
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