Virtual Planetary Exploration

Your challenge is to create interactive 3D models of equipment (e.g., planetary geology tools) that future space explorers can use for activities like exploring a planetary surface.

SPECTRA

Summary

Deploying a dynamic web page in which the user becomes a space explorer in a large manned-rover in a planet whose mission is to analyze every bit of it and obtain sufficient data to determine the potential ways in which the human race can benefit from it. For example, a planet rich in life sustaining factors such as oxygen and water can be our next home. And with the help of telepathy technology, the user becomes the brain of the rover and becomes able to take full, smooth control over it. He becomes able to fully control the rover and its tools with wireless brain signals which enables the whole process of exploring more efficient and less time-consuming.

How We Addressed This Challenge

Deploying a dynamic web page in which the user becomes a space explorer in a large manned-rover in a planet whose mission is to analyze every bit of it and obtain sufficient data to determine the potential ways in which the human race can benefit from it.

How We Developed This Project

planets rich in life sustaining factors such as oxygen and water can be our next home. And with the help of telepathy technology, the user becomes the brain of the rover and becomes able to take full, smooth control over it

How We Used Space Agency Data in This Project

data about current rovers and drones on mars was used to find more about geological and chemical analysis of a planet's surface

Data & Resources

NASA

Neuralink


Tags
#telepathy #rovers #drones #mars
Judging
This project was submitted for consideration during the Space Apps Judging process.