Moon Mining Race Under Way
New submitter rujholla writes "The race to the moon is back! This time, though, it's through private enterprise. Google has offered a $20m grand prize to the first privately-funded company to land a robot on the moon and explore the surface (video) by moving at least 500 meters and sending high definition video back to Earth by 2015."
A second-placed team stands to win $5m for completing the same mission, with bonus prizes for travelling more than 5km, finding water and discovering any traces of man's past on the moon, such as the Apollo site.
Wouldn't it be best to leave the Apollo landing site - even the footprints - alone for posterity?
If God forks the Universe every time you roll a die, he'd better have a damned good memory.
Retrieving video data does not count as "mining".
I must see too much SF because this seems intuitively too easy.
500m and HD video is an hdpro in a transparent sphere with springs. The landing itself will make it move more than 500m.
I rationally know that sending a 300g mass to the moon isn't trivial, but it does look easy.
Now that I think on it, GoPro (the company) should try shooting a couple thousand of their cameras to the moon just for PR reasons.
Anything that requires a rocket program costing a billion or so and hundreds of people is not "easy". It may be easier to piggyback from others, use their stuff and launch facilities and get that rocket program down in price, but it's still not going to be "easy" to get anything to escape velocity unless you ask somebody else to do all of the hard bits.
to land a robot on the moon and explore the surface by moving at least 500 meters and send high definition video back to Earth by 2015
I would call it simply "sending a robot that moves on the moon".
This "minig race" sounds more like a financial buzzword more than real technology breakthrough.
Sent as ripples into the electromagnetic field. No single photon has been harmed in the process.
The Surveyor program cost about $500m. A mere $20m prize won't make this profitable. Also, 2015 is far too close for a program like this, I don't think Google wants to pay that money.
Bolt an Android 'phone...
http://hardware.slashdot.org/story/13/03/07/1438237/android-in-space-strand-1-satellite-to-activate-nexus-one
To this..
http://en.wikipedia.org/wiki/Lego_Mindstorms_NXT_2.0
Then find large rocket...
http://en.wikipedia.org/wiki/Saturn_V
Job done! I claim my 10% consulting fee!
More seriously, looks like the Indians are going to get there pretty soon, (2015), but this is not a private venture.
http://en.wikipedia.org/wiki/Chandrayaan-2
Please, please don't post links to these without at least warning people...
The contest is called the Google Lunar X Prize - and was announced back in 2007.
Not from the moon -- we orbit the sun as an Earth-moon system, so the net mass doesn't change.
Hundreds of tons of space dust hit the Earth every day, IIRC.
Asteroids miles in diameter wouldn't be noticeable, though scientists could probably detect it (soft landing). In any case, you would have to change the speed of the Earth to change its orbit. As the Earth is about 7 heptillion tons, that's a tall order for the forseeable future. All asteroids hitting Earth would kill us, but not much orbit-wise.
Finally, whatever hit the Earth knocking a chunk off to form the moon (it has no iron magnetic core, so they know it is surface material from something else and didn't form as a planet-like body on its own) probably didn't change the orbit much either.
(-1: Post disagrees with my already-settled worldview) is not a valid mod option.
Google is a public company. How do they justify spending $20 million for this project to share holders?
Some people die at 25 and aren't buried until 75. -Benjamin Franklin
Three Apollo site (11,14 and 15) , and the 2 Lunakhod sites, are still in use - they host Lunar Laser Ranging (LLR) retroreflectors, which are crucial to our knowledge of Lunar dynamics.
The Apollo 11 LLR is protected by NASA regulations, but the other sites are not. I (and numerous others) have made the point to NASA that having a rover come within meters of a retroreflector could cause problems, but I am not sure it has percolated into the contest teams.
The mining to be done will be done for use in space. Since getting stuff off the moon and into space is cheaper than getting stuff off the earth, at a certain point, mining the moon is economically feasible. Water for fuel will be the first thing mined and the moon is probably better for it than asteroids. Surveying and mining asteroids in itself is probably a much more time consuming and costly feat than doing the same on the moon, especially for metals. All our current refining and fabrications technology assumes a gravitational field. Converting this to the airless moon will probably be easier than researching similar airless and weightless tech for mining asteroids.