There are a few ways that we can approach this build.
One, we can go down to JPL and steal one of their prototypes and scan it into a
3d scanner that will provide a file that can be converted into a different file
which can them be compiled into a language that can be interpreted by Java
which then can be recompiled into c++. Then, a miracle happens and we get a
.stl file for Cura to drive the printer. Of course, by then we are in jail
facing grand theft and country endangerment charges by HLS.
Two, we can Google ‘Mars Rover’ and get many pictures of
Pathfinder, Sidewinder and Self-Winder, one of which actually made it onto an
Atlas rocket a few years back. Here is a great picture of one of the ‘winders’
that we can use to model our rover from.
Now we just have to use 123d and design all of the 3,765
parts that you see in the picture.
A third way to build our rover replica is to find some
open source files placed on the net by real rocket scientists who actually made
such a replica. We can start by searching ‘Thingiverse’ website for such files.
After a couple of hours of searching we find there is quite a range in the quality
of rover models to choose from.
Not Exactly What We Were Looking For |
To cut to the chase, I will choose to download some files
and design some of our own unique parts for rover from both these downloaded files
as well as self-created parts using 123d. Why? Because our rover is going to
actually run with remote control and be battery driven with solar recharging
just like NASA required in the original RFQ. (Request For Quote) You didn’t get
a RFQ. No problem. I did.
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