This project is a combination of several systems designed and programmed for astronaut training, aimed at preparing them for the first space missions to Mars. Together with my cousin, we participated in all the available categories of this challenge launched by NASA, designing different missions that astronauts must carry out.
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We participated under the team name "Overheat," an idea we both liked, and we created the logo.
In this edition, we submitted 5 scenarios/assets, all of which were awarded.
This mission is the most basic and will serve as the foundation for the other missions we submitted. We designed a marker system to save different locations across the planet's surface.
Astronauts can choose the color of the marker, and once installed, it will appear on the suit's compass with the corresponding color.
This mission involves unpacking and assembling solar panels that will provide power to the habitat. Astronauts must follow the correct order and use the tools properly to assemble the panels correctly.
Once assembled and connected, they can be activated, generating electrical power on Mars.
This mission is designed around scientific research. In this task, astronauts must install seismometers near the base to collect seismic data and monitor the stability of the ground near the main base.
Another mission focused on scientific research. In this task, astronauts must collect samples for future analysis.
They need to use tools for an initial analysis of the samples, and those that are valid must be collected without contamination.
Finally, we worked on various assets that appear in the other missions. These are designed to create a more immersive atmosphere and provide astronauts with a more realistic experience.
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