cylonlover writes "Geostationary satellites cost a fortune and, despite their sophistication, they break down or eventually run out of propellant to keep them oriented. This is unfortunate when the nearest garage is back on Earth, so NASA wants to remedy this with an orbital version of roadside service. The space agency is developing a service robot that can visit ailing satellites and refuel or even repair them on the spot. The refueling program is already at an advanced enough stage that a technology demonstrator called the Robotic Refueling Mission (RRM) was delivered to the International Space Station (ISS) in July of last year. The RRM was installed on a temporary platform outside the station. NASA's Goddard Space Flight Center wants a robot capable of carrying out what it calls the five 'Rs' – refueling, repositioning, remote survey, component replacement or repairing – on any satellite that might require its services."

puddingebola writes "From the aricle, 'The SpaceX Dragon capsule has been successfully grabbed by the International Space Station, marking the first time a private American space flight has run a supply mission to the orbiting platform. The crew of the ISS snatched Dragon out of orbit ahead of schedule, using the space station's robotic arm to guide the capsule in after its careful approach.' NASA has also posted video of the docking."

SpaceX's first regular launch to the International Space Station is set to go off at 8:35 (Eastern time) Sunday evening; the first SpaceX launch to successfully reach the ISS was more of a test, though it did bring some goodies to the crew. Wired has a live video feed in place. Slashdot reader Lee Sheridan is in Florida for the launch; if you're one of the billion Facebook users, his photos of the mission briefing and Falcon 9 lift vehicle being lifted to vertical are public. The SpaceX twitter feed might be fun to watch, too. Update: 10/08 00:09 GMT by T : Bonus points for intelligent parsing of the acronym-laden communications on the live feed.

SpaceX's Dragon capsule, loaded with food and scientific gear, is scheduled to launch toward the ISS tomorrow evening (with backup launch slots on each of the following two days). There's a last-minute wrinkle, though: Space.com managing editor Tariq Malik reports that a piece of space debris "will pass near enough to the space station on Monday morning (Oct. 8) to require an avoidance maneuver as a safety precaution, NASA space station program manager Mike Suffredini said in a briefing [Saturday]." Tomorrow's planned flight is to be the first under a $1.6 billion contract with NASA that calls for a dozen resupply flights by SpaceX, essential in the post-shuttle era."

cylonlover writes "NASA launched a strategic partnership with location-based social networking site foursquare in 2010 with the first-ever check-in from the International Space Station (ISS) by astronaut Doug Wheelock. Now the space agency has gone one better with the first check-in on another planet thanks to its Curiosity Mars rover. Since fellow foursquare users will have a hard time checking in on the Red Planet themselves, they'll instead be able to earn a Curiosity-themed badge for visiting locations relating to science, technology, engineering and mathematics. The badge will be available later this year and is designed to spark the scientific curiosity of foursquare users by encouraging them to visit science centers, laboratories and museums."

RocketAcademy writes "Virgin Galactic's SpaceShip Two is in the final stages of preparation for powered flight. The suborbital spacecraft, built by Scaled Composites, has successfully completed airspeed, angle-of-attack, center-of-gravity, and structural tests during unpowered glide flights. It is now on track for powered glide flights by the end of this year. Meanwhile, in the hangar next door, XCOR Aerospace continues to work on the Lynx spacecraft, expected to begin powered flight tests early next year. Some exclusive photos provide a sneak peak at things to come." Also to watch for in the world of private space launches, next month (possibly as early as the 8th), SpaceX has another launch scheduled to reach the ISS.

pacopico writes "Elon Musk has just come off a pretty amazing run. SpaceX docked with the ISS. Tesla has started selling its all-electric luxury sedan, and SolarCity just filed to go public. Bloomberg Businessweek spent a few days with Musk and got a look inside his insane factories in Silicon Valley and Los Angeles. It's like Willy Wonka time for geeks. Among the other proclamations in the story is Musk saying that he intends to die on Mars. 'Just not on impact.' Musk then goes on to describe a fifth mode of transportation he's calling the Hyperloop."

DevotedSkeptic writes in with a story about the work going into feeding astronauts on a mission to Mars. "The menu must sustain a group of six to eight astronauts, keep them healthy and happy and also offer a broad array of food. That's no simple feat considering it will likely take six months to get to the Red Planet, astronauts will have to stay there 18 months and then it will take another six months to return to Earth. Imagine having to shop for a family's three-year supply of groceries all at once and having enough meals planned in advance for that length of time. 'Mars is different just because it's so far away,' said Maya Cooper, a senior research scientist with Lockheed Martin who is leading the efforts to build the menu. 'We don't have the option to send a vehicle every six months and send more food as we do for the International Space Station.'"

Hugh Pickens writes "Denise Chow reports that two spacewalking astronauts successfully replaced a vital power unit on the International Space Station today, defeating a stubborn bolt that prevented the astronauts from properly installing the power unit on the ISS's backbone-like truss with the help of some improvised tools made of spare parts and a toothbrush. Astronauts Sunita Williams and Akihiko Hoshide started by removing the power box, called a main bus switching unit (MBSU), from where it had been temporarily tied down with a tether, then spent several hours troubleshooting the unit and the two bolts that are designed to secure it in place on the space station's truss. After undoing the bolts, the spacewalkers examined them for possible damage, and used improvised cleaning tools and a pressurized can of nitrogen gas to clean out the metal shavings from the bolt receptacles. 'I see a lot of metal shavings coming out,' Hoshide said as he maneuvered a wire cleaner around one of the bolt holders. Williams and Hoshide then lubricated a spare bolt and manually threaded it into the place where the real bolt was eventually driven, in an effort to ensure that the receptacle was clear of any debris. Then the two applied grease to the sticky bolt as well as extra pressure and plain old jiggling until finally 4½ hours into the spacewalk, Hoshide reported: 'It is locked.' When Hoshide reported that the troublesome bolt was finally locked into place, the flight managers erupted in applause while astronaut Jack Fischer at Mission Control told the astronauts 'that is a little slice of awesome pie.'"

Hugh Pickens writes "Reuters reports that astronauts at the International Space Station ran into problems after removing the station's 100-kg power-switching unit, one of four used in a system that distributes electrical power generated by the station's solar array wings, and were stymied after repeated attempts to attach the new device failed when a bolt jammed, preventing astronauts from hooking it up into the station's power grid. Japanese Astronaut Akihiko Hoshide got the bolt to turn nine times but engineers need 15 turns to secure the power-switching unit. 'We're kind of at a loss of what else we can try,' said astronaut Jack Fischer at NASA's Mission Control Center in Houston after more than an hour of trouble-shooting. 'If you guys have any thoughts or ideas or brilliant schemes on what we can do, let us know.' Hoshide suggested using a tool that provides more force on bolts, but NASA engineers are reluctant to try anything that could make the situation worse and as the spacewalk slipped past seven hours, flight controllers told the astronauts to tether the unit in place, clean up their tools and head back into the station's airlock. NASA officials says the failure to secure the new unit won't disrupt station operations but it will force engineers to carefully distribute electrical power from three operating units to various station systems and says another attempt to install the power distributor could come as early as next week if engineers can figure out what to do with the stubborn bolt. 'We're going to figure it out another day,' says Fischer."

coondoggie writes "Scientists at DARPA say there are some 1,300 satellites worth over $300B sitting out in Earth's geostationary orbit (GEO) that could be retrofitted or harvested for new communications roles and it designed a program called Phoenix which it says would use a squadron 'satlets' and a larger tender craft to grab out-of-commission satellites and retrofit or retrieve them for parts or reuse." This program incorporates a design challenge aspect, in which various teams compete to design systems to effect the actual capture. From the article: "In the Zero Robotics challenge, three finalist teams emerged from a series of four, one-week qualifying rounds: "y0b0tics!" (Montclair, NJ); "The Catcher in the Skye" (Sparta, NJ); and "Nitro" (Eagleville, PA). Then in June the teams gathered at the Massachusetts Institute of Technology to watch via video link as their algorithms were tested on board the ISS, DARPA said. The algorithms were applied across three situations in which the SPHERES satellite simulated an active spacecraft approaching an object tumbling through space. In each scenario, at least one of the teams was able to approach the tumbling target and remain synchronized within the predefined capture region, DARPA said."

cylonlover writes "While still impressive, the capabilities of early 'tricorders,' such as the Scanadu and Dr Jansen's tricorder, fall well short of the Star Trek device that inspired them. But a new miniaturized version of a flow cytometer called the Microflow to be tested on the International Space Station (ISS) brings the age of instant diagnosis of medical conditions using a portable device a step closer. The Microflow could also make its way into doctor's offices here on Earth where it might help cut down on the number of follow up visits required after waiting to get results back from the lab."

astroengine writes "Yes, it's the moment we've all (secretly) been waiting for: Fish In Space! But before you go getting too excited and start asking the big questions — like: if there's a bubble in a microgravity aquarium, what happens if the fish falls into it? Let's ponder that for a minute... — it's worth pointing out that the fish aren't actually in space right now (their habitat has just been delivered to the space station by the unmanned Japanese H-II Transfer Vehicle 'Kounotori 3') and this fishy experiment isn't just to see how fish enjoy swimming upside down, there's some serious science behind it."

Zothecula writes "The current U.S. space suit used by NASA is a dinosaur. Designed in 1992, it was only ever intended to be used by crews aboard the Space Shuttle and the International Space Station (ISS). That may have been good enough in the days of 14 kps modems, but with eyes turning increasingly toward missions to the Moon, Mars and the asteroids, space explorers need something better. That's why NASA is designing its first new suit in twenty years. Developed by NASA's Advanced Exploration Systems (AES), the Z-1 prototype space suit currently undergoing vacuum testing at the Johnson Space Center is a wearable laboratory of new technology. And it's a hatchback."

astroengine writes "A very rare and beautiful view of a red sprite has been photographed by Expedition 31 astronauts aboard the International Space Station (ISS) hovering just above a bright flash of lightning in a thunderstorm over Myanmar. First documented in a photo in 1989, red sprites are very brief flashes of optical activity that are associated with powerful lightning discharges in storms — although the exact mechanisms that create them aren't yet known. But the orbiting outpost seems like the perfect vantage point to learn more about them!"

An anonymous reader writes in with news that the astronauts who helped dock the first privately owned spacecraft with the ISS have returned safely to earth in a Russian Soyuz capsule. "A Russian Soyuz capsule landed on the Kazakh steppes on Sunday, safely delivering a trio of astronauts who helped to dock the first privately owned spacecraft during a six-month stint on the International Space Station. The descent capsule, carrying Russian cosmonaut Oleg Kononenko, NASA astronaut Don Pettit and European Space Agency astronaut Andre Kuipers, touched down with its parachute in a cloud of dust at 0814 GMT. The crew left the space station early on Sunday after serving 183 days in orbit, often sharing their experiences with the public via blogs and Twitter. At the end of May, the crew released Space Exploration Technologies' unmanned Dragon cargo, which arrived as part of a test flight and was the first privately owned spaceship to reach the $100 billion orbital outpost, which is a 15-nation project. Three other ISS crew members - Russia's Gennady Padalka and Sergei Revin and NASA astronaut Joe Acaba - will remain in orbit."

thomst writes "Rob Coppinger of Space.com reports that UK-based private company Excalibur Almaz plans to offer commercial lunar-orbital tourist missions based on recycled Soviet-era Soyuz vehicle and Salyut space stations, using Hall Effect thrusters to power the ensemble from Earth orbit to the Moon and back. The company estimates ticket prices at $150 million per seat (with a 50% profit margin), and expects to sell about 30 of them. Excalibur Almaz has other big plans, too, including ISS crew transport, Lagrange Point scientific missions, and Lunar surface payload deliveries. It expects to launch its first tourist trip to the Moon in 2014."

coondoggie writes "The Federal Aviation Administration (FAA) and NASA today said they signed an agreement to coordinate standards for commercial space travel of government and non-government astronauts to and from low-Earth orbit and the International Space Station (ISS). The main goals of the agreement are to establish a framework for the emerging commercial US space industry to help streamline requirements and multiple sets of standards and ultimately to regulate public and crew safety."

Elon Musk appeared Wednesday at SpaceX's testing facility in McGregor, Texas — not far from Waco — along with NASA administrator Charles Bolden, to show off the recovered Dragon capsule that recently launched from Cape Canaveral to the ISS. He says the SpaceX Grasshopper reusable lift vehicle will start testing in a few months, and that once it's in service the cost of a flight to orbit may cost as little as 1/100 as much as it costs today. According to Musk, fuel is only a tiny part of what a space launch costs; boosters and other expensive items that currently only get used once are the main budget-busters. (Note that the Scaled Composites Space Ship Two also relies on a reusable first stage — and that theirs saves both fuel and wear & tear by using aerodynamic lift, AKA wings, for the first 50,000 feet.)

jamstar7 writes "From an Associated Press report: 'China will launch three astronauts this month to dock with an orbiting experimental module, and the crew might include its first female space traveler, a government news agency said Saturday. A rocket carrying the Shenzhou 9 spacecraft was moved to a launch pad in China's desert northwest on Saturday for the mid-June flight, the Xinhua News Agency said, citing an space program spokesman. The three-member crew will dock with and live in the Tiangong 1 orbital module launched last year, Xinhua said. The government has not said how long the mission will last.' China, who is not an ISS partner, plans to see if its Shenzhou 9/Long March 2F system can get the job done like the Dragon/Falcon9 system can. They plan on two missions this year to dock with their Tiangong 1 module, which was launched in September 2011. Their eventual plans include building a complete space station by 2020, though one of only about 60 tons, compared to the ISS's 450-ish tons."