Wall-E & Eve

Do you have an idea that doesn't fit any of the other challenges? This is the place for you, whether you want to design and develop an app, create a data visualization, hack on an Arduino... or anything else you can think of!

For years, we have been launched all kinds of equipment into space, but very few of them have returned, Where are they now?
Pollution is a problem that affects us all, but this not only occurs within our planet, it is clear to see that, "man has reached the space."
The matter is not created nor destroyed, is transformed, many of these solid wastes are circulating in the same orbits that our satellites and contain as many small fragments, but in zero gravity, smaller size does not mean any harm, much less considering traveling at 30 000 km / hour and can go around the globe in just over an hour.
In these orbits we can see objects such as satellites launched the first man, debris of failed missions, have even an astronaut's glove, now travels aimlessly around our planet.
Telecommunications networks are completely lost when one of these objects hits a satellite, the duration of many missions have been reduced by 20% due to fuel costs to avoid collisions, the same that cause a cost of 200 million dollars annually to space agencies.
Our team is named The Healthy Space and this is precisely what we seek with this project.
Wall-E & Eve, our future cleaners spaced, take advantage of the technologies we currently have and be advanced using technology that we have in the very near future, thanks to the help of all of you, that every day you have devoted their time to development drone and similar technologies.
We know that there is no better strategy teamwork, always with a guide ahead, allowing us to control everything that happens Sobro and get real-time data.
The waste will be collected through networks of fiberglass, a combination of thrusters, technology and capacity of the drones in teamwork, which will hold the network until it is fully charged.
Once grouped residues, form a large mass, which will be attracted by gravity precipitating towards the ground and desintegrándolas upon entering the atmosphere.
In case of larger objects, based on data provided by NASA is managed to locate strategic points on earth where it is prudent, that they do not fall.
IT'S TIME TO RETURN TO immerse ourselves in space exploration!
1) The squad EVE describes a circular low Earth orbit (LEO).
2) EVE squads accelerate enough to intercept the capacity of garbage that supported the squadron EVE.
3) the mass of space debris accumulated between the atmosphere of the earth.
4) It is necessary that the squad EVE follow a semi elliptical path (Hohmann transfer orbit).
5) what needs 1 pulse at point A when the squadron pass the circular orbit (LEO) to transfer orbit, only the time necessary for space debris are attracted to the earth.
6) The EVE squad will leave the orbit transfer and return to the circular orbit (LEO) and return where Wall-E to reload the network.
7) Upon entering the atmosphere the space debris friction in the atmosphere would cause the disintegration of the space debris WALL-E similar to that of a satellite form.
Equipment: Engine SCARLET ions (Solar Concentrator Array of Refractive Linear Element Technologies). Autonav (autonomous navigation system) Remote Agent Monitor beacon SDST (Small Deep-Space Transponder) MICAS (Miniature Integrated Camera And Spectrometer).
A battery charging system EVE squad.
 A network system for resupplying the squadron EVE.
 A system for changing batteries EVE squad.
 Receive Job One report EVE.
 Establishing a connection to earth, replenishing networks, exchange the batteries Inspection FSC's, One EVE Recharge batteries.
 Autonav equipment (autonomous navigation system).
SDST beacon Monitor (Small Deep-Space Transponder).
MICAS (Miniature Integrated Camera And Spectrometer).
PEPE (Plasma Experiment for Planetary Exploration).
Working Motor ions.
Leading the squad Monitor space around the EVE's.
Two EVE Autonav (autonomous navigation system).
The Remote Agent MICAS (Miniature Integrated Camera And Spectrometer).
SDST (Small Deep-Space Transponder).
Clamping grips for ion engine network.
Catch and move the work space debris to the transfer orbit to take him to the atmosphere.

Cochabamba TAKES OFF!

https://github.com/SpaceApps2016/Resources