Mars (One) Needs Payloads 77
mbone (558574) writes Mars One has announced that their first, unmanned, lander, targeted for 2018, needs payloads. Along with their 4 experiments, and a University experiment, they have two payloads for hire: "Mars One offers two payload opportunities for paying mission contributors. Proposals can take the form of scientific experiments, technology demonstrations, marketing and publicity campaigns, or any other suggested payload. 'Previously, the only payloads that have landed on Mars are those which NASA has selected,' said Bas Lansdorp, 'We want to open up the opportunity to the entire world to participate in our mission to Mars by sending a certain payload to the surface of Mars.'" The formal Request for Proposals for all of this is out now as well.
Microphones (Score:4, Interesting)
I would really like to land a couple of microphones on Mars.
Some high bandwidth (beyond human hearing) stuff, and some human hearing range stuff. I'd love to know what Mars sounds like.
Payloads? Here's what I would like to see. (Score:5, Interesting)
The kinds of payloads I would like to see delivered to mars are exactly the kind that the international planetary society would come out of their skins over.
Waterbears, antarctic algea, and things of that nature.
Those are lifeforms that could concievably survive indefinatly on mars. (waterbears can live, totally exposed, in the vacuum of space.-- Antarctic algeal forms are able to live in extremely saline conditions just within the first few millimeters of moist rocks, in blisteringly cold temperatures, and engage in active photosynthesis. Together, it is concievable for a highly simplistic, but stable biosphere to be cultivated/initiated on mars.)
http://antarcticfacts.weebly.c... [weebly.com]
http://en.wikipedia.org/wiki/T... [wikipedia.org]
In terms of scientific aparatus-- I would be interested in seeing how stationary wind turbines fare on the red planet. There is no surface vegitation of any kind to restrict or stop basically constant howling winds there, however the low atmospheric pressure may mean that while the wind is blowing with gusto, it packs little "punch". As far as I know, there is little data on the total energy yeild of wind energy on mars-- For a colony, wind energy would present a very attractive option over solar, which would be significantly less total energy per cubic meter than what is attainable on earth, especially when one considers the inefficiency of solar to begin with. Data on how much energy is reasonably able to be extracted, so that ideally sized generation systems can be designed, and data on rates of wind blown particle erosion on those devices would be of considerable value.