NASA electric lunar rover struts its stuff for the President

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 ]

NASA taps Orbital Sciences, SpaceX for ISS resupply missions

The firms not mentioned here are just as important as the ones that are, as the privatization of space has just inched closer to reality. Rather than NASA handling ISS resupply chores itself or farming the job out to mega-corps such as Lockheed Martin or Boeing, the agency has instead awarded one contract each to Virginia-based Orbital Sciences (valued at around $1.9 billion) and California's own SpaceX ($1.6 billion). The two will be responsible for 20 service flights between 2009 and 2016, with each trip requiring delivery of "a minimum of 20 metric tons of upmass cargo to the space station." The agreements also call for "delivery of non-standard services in support of the cargo resupply, including analysis and special tasks as the government determines are necessary." So yeah, if FedEx / UPS have been balking at your request to ship to a Martian eBay winner, you now know who to call.

[ Via: TG Daily ]

NASA demos 2020's 12-wheeled, pressurized lunar rover concept car

We've all seen black and white footage of astronauts on the moon hot doggin' it over craters and dunes in a trick electric buggy, but that was over thirty years ago. In 2020, when a new generation of astronauts head there, they'll need a new generation of whip too, and that's just what NASA recently demonstrated to the public. Called the Small Pressurized Rover Concept, it looks to be an evolution of the 12-wheeled Chariot prototype we saw earlier this year, pimped out with an air-tight cabin that sleeps two and some bitchin' gold dubs. Inside a pair of explorers can go lunar RVing for up to two weeks at a time, covering 625 miles on one charge at a leisurely 6 mph, hopping out through rear-mounted (non-next-gen) spacesuits when something interesting catches their eye. You know, like aliens or something. Could happen.
[Thanks, Peter D.]

[ Via: Engadget ]
[ Tag: lunar rover, lunar vehicle, LunarRover, LunarVehicle, moon, nasa, small pressurized rover concept, SmallPressurizedRoverConcept ]

SpaceX slated to transport cargo and crew on Falcon 9

If that homebrew rocket you've been building in your backyard isn't working out, maybe SpaceX will have some room for you on one of its many upcoming Falcon 9 missions. Now that the F1 has successfully achieved orbit, the F9 is slated for launch in Q1 2009. As you may recall, the aptly named Falcon 9 has nine engines rather than one, as with the F1. These redundancies were inspired by the the Apollo's Saturn V and Saturn I rockets, noted for their flawless flight records despite engine failures. If all goes well, the launch will be followed by three more, including one with a crew and an F9 "Heavy" -- handy if you've got 25,300 lbs of marbles or whatever to haul up to the International Space Station. If you plan on hitching a ride, get your job applications in now -- only valued employees are scheduled to be passengers at this time. Got a more exotic destination in mind? Next up Elon Musk, founder of SpaceX, has his sights set on building a "Mars lander of some kind."

[ Via: Wired ]
[ Tag: cargo dragon, CargoDragon, crew dragon, CrewDragon, elon musk, ElonMusk, f1, f9, f9 heavy, F9Heavy, falcon 9, Falcon9, mars, mars lander, MarsLander, spacex ]

Japan planning its own damn space ladder

If the third time is the charm, yet you botch that attempt just like the earlier two, then what? That's the problem facing NASA and its Space Elevator Challenge, which has for three successive years failed to live up to the vision of Arthur C. Clarke. Japan isn't waiting for a fourth, announcing plans to spend $7.3 billion on its own lift to whisk passengers (and cargo) 22,000 miles aloft on composite cables. It's the cables that are the problem, as they need to be 180 times stronger than steel and obviously much, much lighter. The Japanese are focusing on carbon nanotubes, and while they will need to be engineered four times stronger than current stock before they're up to the task, their highly conductive nature means they can not only support the lift vehicle but also power it. Useful, that, because the ride up could take a couple of days or even weeks, and astronauts will need some way to recharge their PMPs.

[ Via: Engadget ]
[ Tag: japan, nanotube, space elevator, space tether, SpaceElevator, SpaceTether ]