NASA To Develop Small Satellites
coondoggie brings news that NASA has announced it will team with Machine-to-Machine Intelligence Corp. to produce small satellites, called 'nanosats,' weighing between 11 and 110 pounds. The satellites will work together in 'constellations' and facilitate networking in space. According to NASA's press release, it will 'develop a fifth generation telecommunications and networking system for Internet protocol-based and related services.' We've discussed miniature satellites in the past.
Just what we need, more ofthis.
I guess it would be more difficult to shoot down a self-healing mesh of small satellites(as opposed to shooting down one big one).
Amateur radio has been doing this for years. They call them microsats and get cheap flight aboard rockets when they get used as ballast.
thanks god some new company has come around to develop ways for machines to talk to each other. I'm betting it involves 'networking protocols' and 'message' packets being passed around. ground breaking shit here.
weighing between 11 and 110 pounds
/. knows metric units. Let's go metric-only here. Please.
Come on, people. This is a tech site. Can't we please use metric units? This case is especially annoying for two reasons:
1. When the satellites are deployed, their weight will be zero.
2. Those odd range limits -- 11 and 110 pounds -- are obviously Imperial conversions of the more reasonable range 5-50 kg.
We've already crashed one probe into Mars trying to juggle Imperial and metric units. Everyone reading
When all you have is a hammer, everything looks like a skull.
Clearly if a nanosat is 5 kg, then 1 sat is a very large unit of mass. On the other hand, given the mass of a typical medium size satellite (call it 500 kg), these are clearly decisats or centisats.
Like you, I hate the corruption of engineering terminology in the hands of marketing. And that NASA, of all groups, would fall for the "nano" = "really small" meme is egregious. Clearly some people need to hand in their geek badges.
Two wrongs don't make a right, but three lefts do.