KSP v018-2 Space Station Ring Complete – Video


KSP v018-2 Space Station Ring Complete
Yay!!! The ring is complete. A couple if mishaps slowed progress, but Jebediah and his remote control rocketry never gave up hope. A nice home for up to 48 Kerbals i think you #39;ll agree. In hindsight, dual docking ports would have removed alignment issues that began to worry Bill Kerman in the later stages of coupling. Bob has also instructed the engineers to refrain from glitching parts within docking nodes in future. This should reduce the number of weaknesses that the space Kraken can exploit. MKII is in development, adhering to our brave Kerbonauts advice. Suggestions for further developments are welcome.

By: Mick777Oz

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KSP v018-2 Space Station Ring Complete - Video

Company building $18-million inflatable room for space station

LAS VEGAS, Nev. - NASA is partnering with a commercial space company in a bid to replace the cumbersome "metal cans" that now serve as astronauts' homes in space with inflatable bounce-house-like habitats that can be deployed on the cheap.

A $17.8 million test project will send to the International Space Station an inflatable room that can be compressed into a 2.1-metre tube for delivery, officials said Wednesday in a news conference at North Las Vegas-based Bigelow Aerospace.

If the module proves durable during two years at the space station, it could open the door to habitats on the moon and missions to Mars, NASA engineer Glen Miller said.

The agency chose Bigelow for the contract because it was the only company working on inflatable technology, said NASA Deputy Administrator Lori Garver.

Founder and president Robert Bigelow, who made his fortune in the hotel industry before getting into the space business in 1999, framed the gambit as an out-of-this-world real-estate venture. He hopes to sell his spare tire habitats to scientific companies and wealthy adventurers looking for space hotels.

NASA is expected to install the four-metre, blimp-like module in a space station port by 2015. Bigelow plans to begin selling stand-alone space homes the next year.

The new technology provides three times as much room as the existing aluminum models, and is also easier and less costly to build, Miller said.

Artist renderings of the module resemble a tinfoil clown nose grafted onto the main station. It is hardly big enough to be called a room. Miller described it as a large closet with padded white walls and gear and gizmos strung from two central beams.

Garver said Wednesday that sending a small inflatable tube into space will be dramatically cheaper than launching a full-sized module.

"Let's face it; the most expensive aspect of taking things in space is the launch," she said. "So the magnitude of importance of this for NASA really can't be overstated."

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Company building $18-million inflatable room for space station

NASA To Test Bigelow Expandable Module On Space Station

NASA Deputy Administrator Lori Garver announced Wednesday a newly planned addition to the International Space Station that will use the orbiting laboratory to test expandable space habitat technology. NASA has awarded a $17.8 million contract to Bigelow Aerospace to provide a Bigelow Expandable Activity Module (BEAM), which is scheduled to arrive at the space station in 2015 for a two-year technology demonstration.

"Today we're demonstrating progress on a technology that will advance important long-duration human spaceflight goals," Garver said. "NASA's partnership with Bigelow opens a new chapter in our continuing work to bring the innovation of industry to space, heralding cutting-edge technology that can allow humans to thrive in space safely and affordably."

The BEAM is scheduled to launch aboard the eighth SpaceX cargo resupply mission to the station contracted by NASA, currently planned for 2015. Following the arrival of the SpaceX Dragon spacecraft carrying the BEAM to the station, astronauts will use the station's robotic arm to install the module on the aft port of the Tranquility node.

After the module is berthed to the Tranquility node, the station crew will activate a pressurization system to expand the structure to its full size using air stored within the packed module.

During the two-year test period, station crew members and ground-based engineers will gather performance data on the module, including its structural integrity and leak rate. An assortment of instruments embedded within module also will provide important insights on its response to the space environment. This includes radiation and temperature changes compared with traditional aluminum modules.

"The International Space Station is a uniquely suited test bed to demonstrate innovative exploration technologies like the BEAM," said William Gerstenmaier, associate administrator for human exploration and operations at NASA Headquarters in Washington. "As we venture deeper into space on the path to Mars, habitats that allow for long-duration stays in space will be a critical capability. Using the station's resources, we'll learn how humans can work effectively with this technology in space, as we continue to advance our understanding in all aspects for long-duration spaceflight aboard the orbiting laboratory."

Astronauts periodically will enter the module to gather performance data and perform inspections. Following the test period, the module will be jettisoned from the station, burning up on re-entry.

The BEAM project is sponsored by NASA's Advanced Exploration Systems (AES) Program, which pioneers innovative approaches to rapidly and affordably develop prototype systems for future human exploration missions. The BEAM demonstration supports an AES objective to develop a deep space habitat for human missions beyond Earth orbit.

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NASA To Test Bigelow Expandable Module On Space Station

Space Station and Full Moon Glow in Yosemite Night Sky (Photo)

The International Space Station shoots across the sky as the full moon shines over Half Dome at Yosemite National Park in this beautiful image.

Scott McGuire took this photo on Oct. 28, 2012 from Glacier Point in Yosemite National Park, Calif. He used a Pentax K-5 camera and a Pentax 15mm Limited lens to capture the photo.

"I was at Glacier Point to photograph the sunset and full moon, theInternational Space Station was an unexpected bonus," McGuire wrote SPACE.com in an email.

Half Dome is a large peak rising 5,000 miles above Yosemite Valley. The steep, granite mountain is one of the most popular hikes in Yosemite National Park.

With a wingspan as long as a football field, the International Space Station is the largest human-made structure in space. The spacecraft is home to six astronauts representing the United States, Russia and Canada, and has the same living space as a five-bedroom home.

The space station can be easily seen from Earth by the unaided eye, if you know where and when to look. At times, it can even rival Venus, the brightest planet in the night sky, with its intensity. NASA recently launched a newSpot the Station website that allows stargazers to sign up for text messages to learn when the orbiting laboratory will be flying over their location.

Editor's note:If you snap an amazing photo of Venus and the moon, or any other night sky object, thatyou'd like to share for a possible story or image gallery, send photos, comments and your name and location to managing editor Tariq Malik atspacephotos@space.com.

Follow Space.com on Twitter @SPACEdotcom. We're also onFacebook&Google+.

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Space Station and Full Moon Glow in Yosemite Night Sky (Photo)

Kerbal Space Program #3 – New Space Station – Video


Kerbal Space Program #3 - New Space Station
I #39;ve been playing KSP alot lately and decided to construct a new and more complex space station. Saw an image of one Google and thought I #39;d make one like it but with a few more additions of my own, with only vanilla parts. It took me 11 successful missions (dozens of failed missions!!!!) to bring all the parts into orbit and assemble them there one by one. I installed the Mechjeb v1.96 plugin today and boy I wish I had it earlier. It would #39;ve made launching, orbiting and docking processes ALOT easier. The first part to go up was obviously the 4 orange jumbo fuel tanks (as a single unit), which are to be used as refueling points for later interplanetary missions as they are the heaviest and hardest to handle. Next was a tug I built to move the parts around and after that, the containers then the solar panel masts then finally the manned mission. It took me 2 days to complete everything. All in all, I think it #39;s a pretty decent station. One thing about building a space station : you become pretty good at docking by the end of it. 🙂 Although Mechjeb makes everything alot easier, the whole process of matching orbit and relative velocity with your target then docking with it is still manual labor. For anyone having trouble with docking, here #39;s a really good tutorial on how to do it. youtu.be Thanks for watching.

By: Andy Shin

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Kerbal Space Program #3 - New Space Station - Video

-Teaser- Space Station Clean-Up Crew (Killing Floor) – Video


-Teaser- Space Station Clean-Up Crew (Killing Floor)
Teaser video for a Machinima video my friends and I are working on. Featuring Killing floor game play with a SS13 plot, coming sometime in a week or so. Like if you enjoyed the video, it helps spread the channel! Sub for more and to stay tuned! Follow me on: twitter.com Ask me Questions: http://www.formspring.me Channels that you should check out! http://www.youtube.com http://www.youtube.com

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-Teaser- Space Station Clean-Up Crew (Killing Floor) - Video

Alpha Station: plans for an inflatable space station

The formal unveiling Jan. 16 of a NASA deal to add an inflatable room developed by commercial company Bigelow Aerospace to the International Space Station is a forerunner of things to come. The private space firm has its eyes on setting up its own commercial space outpost, which it is calling Alpha Station.

The new room to be attached to the International Space Station a Bigelow Expandable Activity Module (BEAM) will remain part of the orbiting laboratory for at least two years. During that time, astronauts will monitor the environment inside the module, recording a variety of parameters including temperature, pressure and radiation levels.

According to company details provided to SPACE.com, Bigelow Aerospace officials intend to use the BEAM to further validate the promise and benefits of expandable space habitats.

Space industry in orbit

The benefits of an expandable space habitat would be fully manifested by the Bigelow Aerospace's BA 330 module, far larger than the BEAM. A single BA 330 expandable habitat would offer 330 cubic meters of internal volume and be able to support a crew of up to six astronauts, Bigelow says. [Photos: Bigelow's Inflatable Space Station Idea]

- Bigelow Aerospace documents

Bigelow Aerospace is pushing forward with Alpha Station, which it bills as the "historic first commercial space station." The station initially would consist of two BA 330s. The company plans to have the two BA 330s ready by late 2016.

Alpha Station would be the first of a number of commercial Bigelow space stations deployed as demand grows and the on-orbit industry matures.

Bigelow Aerospace is open to entering into joint ventures with interested partners, be they governments, corporations or even individuals, for future stations.

"Nations such as Japan, Canada, Brazil, the United Kingdom, the Netherlands and Sweden could secure the future of their human spaceflight programs and dramatically increase the size of their astronaut corps. Smaller countries with no human spaceflight experience such as Singapore or the United Arab Emirates could take their first bold steps into space in a rapid and affordable fashion," according to a Bigelow Aerospace document.

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Alpha Station: plans for an inflatable space station

A bounce-house addition to the International Space Station?

NASA and Bigelow Aerospace plan to add a $17.8 million inflatable room to the International Space Station. The Bigelow Expandable Activity Module, or BEAM, will house astronauts, and is built to withstand heat, radiation, debris and other assaults.

NASA is partnering with a commercial space company in a bid to replace the cumbersome "metal cans" that now serve as astronauts' homes in space with inflatable bounce-house-like habitats that can be deployed on the cheap.

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A $17.8 million test project will send to the International Space Station an inflatable room that can be compressed into a 7-foot tube for delivery, officials said Wednesday in a news conference at North Las Vegas-based Bigelow Aerospace.

If the module proves durable during two years at the space station, it could open the door to habitats on the moon and missions to Mars, NASA engineer Glen Miller said.

The agency chose Bigelow for the contract because it was the only company working on inflatable technology, said NASA Deputy Administrator Lori Garver.

Founder and President Robert Bigelow, who made his fortune in the hotel industry before getting into the space business in 1999, framed the gambit as an out-of-this-world real estate venture. He hopes to sell his spare tire habitats to scientific companies and wealthy adventurers looking for space hotels.

NASA is expected to install the 13-foot, blimp-like module in a space station port by 2015. Bigelow plans to begin selling stand-alone space homes the next year.

The new technology provides three times as much room as the existing aluminum models, and is also easier and less costly to build, Miller said.

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A bounce-house addition to the International Space Station?

Space Station Balloons — Literally

NASA, building the International Space Station over the last two decades, ran into ballooning costs. One solution it's now embraced is ballooning -- literally -- in orbit.

NASA has signed a $17.8 million contract with Bigelow Aerospace, a firm based near Las Vegas, to build an inflatable habitat that could be added to the space station by 2015. The new compartment is called BEAM, short for Bigelow Expandable Activity Module.

In announcing the deal, NASA Deputy Administrator Lori Garver said a lightweight, inflatable compartment could be dramatically cheaper than the metal cylinders that make up most of the space station's living area.

"Let's face it; the most expensive aspect of taking things in space is the launch," she said. "So the magnitude of importance of this for NASA really can't be overstated."

Bigelow's mastermind is Robert Bigelow, an entrepreneur who made his fortune in construction and hotels -- the Budget Suites chain of extended-stay hotels is his. Now he's taken extended stays to higher levels; since 2006 Bigelow has successfully launched two inflatable prototype spacecraft into orbit.

BEAM would be folded up in the nose of a rocket -- perhaps one supplied by Elon Musk's SpaceX company -- and inflated after it is attached to a port on the space station. The prototype would be 13 feet across, but later versions could be three times as roomy as the cylindrical chambers that now make up the station -- at less cost.

When Bigelow says "inflatable," don't think of something like a balloon. The outer skin has multiple layers, some of them made of bulletproof Vectran fibers. It might have a little give, but it would be as tough as snow tires. Bigelow has suggested that micrometeoroids might actually bounce off instead of puncturing a ship's metal walls.

The technology, actually, was originally NASA's. It made plans for inflatable living quarters for the space station, but canceled them in the face of budget cuts, and licensed its patent to Bigelow.

Robert Bigelow has a colorful reputation, but when ABC News spoke with him a few years ago, he spoke about space exploration as dispassionately as one might about, say, extended-stay hotels. His company has plans for affordable habitats in the cosmos, perhaps to be rented out to countries or companies that cannot afford their own space programs.

"Think of us as if we were building an office building in space," he said. "Other countries or corporations would be our tenants."

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Space Station Balloons -- Literally

Next Space Station Crew Faces Out-of-This-World Final Exams

An American astronaut and two Russian cosmonauts are preparing to join the crew of the International Space Station in March, but before they blast off, they'll have to face the thing all students dread: final exams.

NASA astronaut Chris Cassidy, along with Alexander Misurkin and Pavel Vinogradov of Russia, are due to launch toward the space station aboard a Russian Soyuz spacecraft on March 28. They will lift off from the Baikonur Cosmodrome in Kazakhstan and join the station's Expedition 35 crew a few days later. The spaceflyers plan to spend about six months in space performing experiments and keeping the $100 billion space laboratory in tip-top shape.

But for now, the crew is spending its final weeks before launch cramming for a critical two-day exam that will take place in the Russian town of Star City. The test is one all space station crews must pass before they are cleared to launch.

"We're honing in on the end of a two-and-a-half-year process, which is culminating with some intense training here in Houston," Cassidy said in a NASA briefing today (Jan. 17). "We'll soon be in Star City where we'll have our final exams."

The three men will spend their first exam day inside a life-size simulator of the Russian segment of the space station, carrying out typical tasks and responding to simulated malfunctions that test their abilities to cope in a crisis. [Space Jet Lag: How Astronauts Cope (Video)]

On the second day, they'll tackle the same challenges inside a Soyuz simulator, carrying out mock launch, rendezvous and undocking sequences while clad in their Russian Sokol spacesuits. All this will be observed by a Russian state commission that includes veteran cosmonauts and officials.

"It sounds scary and it is intimidating the first time you do it," Cassidy told SPACE.com. "When you're sitting in a big gigantic room with a lot of experienced Soyuz commanders, and they're asking questions about why you put your hand in a certain place, it can be intimidating. But in my opinion it is a good process. It can really make you step up your game."

Crews must pass the exams before they are allowed to launch to space, but if at first they don't succeed, they do get a second chance to try again.

"Recently there have been some crews that have made a critical mistake," Cassidy said. "And what theyll do is make you redo that section and just fine-tune it."

Cassidy, Vinogradov and Misurkin will be taking their test March 6 and 7. The first two spaceflyers have some experience under their belt, as both have flown to space before: Cassidy flew on NASA'sSTS-127 mission of the space shuttle Endeavour in 2009, while Vinogradov is a veteran of two previous spaceflights, including a trip to Russia's space station Mir in 1997 and the International Space Station's Expedition 13 mission in 2004.

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Next Space Station Crew Faces Out-of-This-World Final Exams

Inflatable Private Space Stations: Bigelow's Big Dream

NASA's decision to buy an inflatable new room for the International Space Station may push the module's builder commercial spaceflight company Bigelow Aerospace one step closer to establishing its own private stations in orbit.

Last week, NASA announced that it will pay $17.8 million for the Nevada-based company's Bigelow Expandable Activity Module(BEAM), which will be affixed to the huge orbiting lab as a technology demonstration.

NASA and Bigelow will discuss the deal during a media event Wednesday (Jan. 16) in North Las Vegas, where the company is headquartered. BEAM could help prove out the viability of inflatable crew habitats, potentially jump-starting Bigelow's ambitious plans in low-Earth orbit and, perhaps, on the surface of the moon.

Expanding access to space

Bigelow Aerospace was founded in 1999 by Robert Bigelow, who made his fortune in real estate and finance. He also owns the Budget Suites of America hotel chain, for example. [Photos: Bigelow's Inflatable Space Station Idea]

Bigelow Aerospace specializes in expandable habitats, which launch in a compact form and then inflate upon reaching space. The company says expandable modules offer greater on-orbit volume and better protection against radiation and micrometeoroid strikes than traditional "tin can" designs can provide.

Inflatable modules were first pursued seriously by NASA, which developed a design called TransHab (short for "Transit Habitat") for possible use on the International Space Station. When Congress cancelled the TransHab program in 2000, Bigelow officials licensed the patents and began adapting the technology for the company's own purposes.

The company's goals are big: to establish private space stationsthat could be used by many different clients for a variety of purposes, from research to tourism.

"We are primarily focused on providing sovereign clients (individual or groups of nations) and companies with the opportunity to lease space and resources aboard our habitats for a broad array of activities, ranging from turn-key astronautics to conducting ground-breaking and lucrative biotech research," Bigelow Aerospace's website states.

"We offer a way for countries to bolster their human spaceflight programs while at the same time reducing their budgets, or for smaller countries that thought human spaceflight was beyond their financial reach to enjoy capabilities that until now only the wealthiest nations have been able to sponsor."

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Inflatable Private Space Stations: Bigelow's Big Dream

Canadian robot on space station performs first satellite refuelling tests

Turning Dextre into an orbital gas station has the potential to not only save millions of dollars, as it returnsDextre, the Canadian robot companion to the International Space Station's Canadarm2, is currently running through a series of simulations designed to show that it can thwart the best intentions of satellite engineers and perform a task to refuel their creations while in orbit.

Satellites are designed with the full knowledge that, once in orbit, they will remain untouched as they perform their mission and they will eventually run out of fuel and fall back to burn up in the Earth's atmosphere. With this in mind, engineers make them as sturdy as possible, so that they can survive the rigors of launching into orbit, and little thought is given to accessing any parts of the satellite once their mission has begun.

[ Related: Canada's robot begins 1st satellite refuelling job ]

However, Dextre is trying to show that this doesn't necessarily have to be the fate of an orbiting satellite. The series of experiments that it is performing are to demonstrate that it is capable of gaining access to the fuel cell of any orbiting satellite, carefully and methodically working its way past whatever hardware that might be in the way, refilling the fuel cell, and then putting everything back the way it was so that the satellite can be released to continue on its mission.

Turning Dextre into an orbital gas station has the potential to not only save millions of dollars, as it returns satellites to work that would normally need to be replaced, but also to make Earth-orbit a safer place by preventing these 'out-of-gas' satellites from becoming dangerous space debris that could pose risks to other satellites or the International Space Station.

[ Related: Space station to get $17.8M inflatable addition ]

Mathieu Caron, from the Canadian Space Agency, goes into more detail about the mission:

For all the latest in science and weather, follow @ygeekquinox on Twitter.

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Canadian robot on space station performs first satellite refuelling tests