It seems like only yesterday that we were hearing about Paragon's designs for greenhouses on the lunar surface (but that's because it was yesterday). Now we've been hepped to the fact that the company is teaming up with Oceaneering International to overhaul NASA's space suit. The last that we heard, the project had been scuttled altogether, but you know how quickly things can be unscuttled when the White House changes hands. The Constellation Space Suit System (CSSS) will be designed in a modular fashion, so that the same suit can be used by the astronaut for all the different aspects of his / her mission. You can look forward to the stylish debut of these bad boys on the new Orion spaceship, currently planned to launch in 2015. According to Engineering TV, this will be the first major space suit redesign in over forty years. Can we make a suggestion? Please don't do anything to that iconic NASA logo -- some things never go out of style. Video after the break.

The Google Lunar X Prize obviously hasn't drawn quite the same number of competitors as some of the more Earthbound X Prizes, but it looks like things are starting to heat up a little bit, with Paragon Space Development recently teaming up with Odyssey Moon in an effort to deploy the first greenhouse on the surface of moon. Specifically, the team is hoping to grow a Brassica plant (a member of the mustard family) in a pressurized greenhouse like the one picture above, and possibly even see the plant re-seed itself within a single Lunar day (or 14 Earth days), which just so happens to coincide with the average growth period for the plant on Earth. Of course, that would only be one small part of the X Prize mission, which first and foremost requires teams to safely land a craft, send some live video back to Earth, travel at least 500 meters, send some more video, and carry a payload. So, still a little ways off, but don't let that stop you from checking out the (autoplaying) video after the break, in which Paragon's Taber MacCallum (a Biosphere veteran himself) explains the project to the folks at Engineering TV.

Looks like our civilian space agency is serious about getting their little robot outpost on the moon, and now they've teamed up with a company called Odyssey Moon to develop small robotic lunar landers based on NASA's Common Spacecraft Bus. The firm hopes to provide regular commercial services (the craft supports a roughly 110 lb payload) in the event of an oncoming "moon rush," a magical future time where everyone and their mother are looking to get a piece of the lunar surface. Who knows what sorts of new discoveries (and new practical jokes) await those of us who are brave enough to exit the gravity well and live amongst the stars? To peep that far out Engineering TV episode where they break it all down for us, hit the read link.

For the Inaugural Parade, NASA astronauts greeted our new President in the style befitting such an august organization (and one that'll take all the funding they can get) by trotting out their Small Pressurized Rover. Hopefully by 2012 this thing will be spending less time cruising around Washington DC and more time on the lunar surface, where it can support two intrepid explorers for up to two weeks at a time. It sure looks cramped, but man, what a view! Check out some video of the thing in action -- in the nation's capital and in the wild -- after the break.

[Via Billionaire Boys Club]

As we've seen, NASA has some pretty big plans for the moon (which may or may not come to fruition), and it's now finally offering up a solution for how it might keep everything powered. Turns out, it's looking at going nuclear -- with a fission surface power system, to be specific. That system, seen above in an artist's concept, would consist of nuclear reactor buried below the lunar surface (which provides some handy radiation shielding), with the engines that convert the heat energy into electricity placed in the tower above the reactor -- those long radiators would "radiate into space" any leftover heat energy that wasn't converted to electricity. All told, the system promises to generate a steady 40 kilowatts of electric power, or enough for about eight houses on Earth, but with NASA's various power-saving measures, they say that'd be more than enough to sustain a serious lunar outpost.

We've already gotten a pretty good idea of what NASA's new Chariot lunar vehicle was capable of, but now thanks to NewScientist (and NASA itself) we've got a glimpse of the behemoth in action -- on Earth, of course. As you can see for yourself after the break, the rig certainly looks to be quite capable of tearing it up on the lunar surface, with it boasting a plough to smooth things out for a moon base (or other potential lunar installations). What's more, while they're apparently not quite ready to be demoed just yet, NASA also has plans to outfit it with a drill and a back hoe, but apparently not a laser cannon -- at least none that they're tellin' us about.

[Via Slashdot]

It looks like New Mexico's the place to be for anyone looking to catch a glimpse of a possible future mission to the moon, with the Northrop Grumman Lunar Lander Challenge set to get underway tomorrow at the Holloman Air Force Base in Alamogordo. As an added incentive for competitors, NASA is ponying up $2M in prizes, although they'll have their work cut out for them if they want to take that home. Specifically, they need to show off a rocket-propelled vehicle and payload that "takes off vertically, climbs to a defined altitude, flies for a pre-determined amount of time, and then land vertically on a target that is a fixed distance from the launch pad." Then they have to do that all over again within a predetermined period of time. To open things up a bit, there's also two difficulty levels but, as with all challenges of this sort, no one takes home a prize unless they fully meet all the requirements.

[Via Physorg, photo courtesy of X-Prize Foundation/Paragon Labs]