Find the optimal way to develop the mission.

Find the best landing site, the best route to carry out the mission, the best resources to assess the topography locally quickly, and the best way to use the energy stored and absorbed throughout the mission, including communications.

We will working on centralized drive for participants https://drive.google.com/drive/folders/1h8umLzLObT...

Also have a Public Opensource Repository for path calculation:

https://github.com/sfrias/NASA_SpaceApps2018_MoonG...

Find the best landing site, the best route to carry out the mission, the best resources to assess the topography locally quickly, and the best way to use the energy stored and absorbed throughout the mission, including communications.

Resources:

http://quickmap.lroc.asu.edu

https://moontrek.jpl.nasa.gov/

https://moon.nasa.gov/

https://mars.nasa.gov/

SpaceApps is a NASA incubator innovation program.

Space Apps Challenge 2018

SmartCamp | Mission to the Moon!

The Challenge | Mission to the Moon!

Find the optimal way to develop the mission.

Find the best landing site, the best route to carry out the mission, the best resources to assess the topography locally quickly, and the best way to use the energy stored and absorbed throughout the mission, including communications.

Space Apps Challenge 2018

SmartCamp | Mission to the Moon!

The Challenge | Mission to the Moon!

Find the optimal way to develop the mission.

Find the best landing site, the best route to carry out the mission, the best resources to assess the topography locally quickly, and the best way to use the energy stored and absorbed throughout the mission, including communications.​​

Find the best landing site, the best route to carry out the mission, the best resources to assess the topography locally quickly, and the best way to use the energy stored and absorbed throughout the mission, including communications.