SpaceX set for its first cargo run to space station

Cape Canaveral, Florida (Reuters) - Space Exploration Technologies, the first private company to fly to the International Space Station, is poised to launch its initial cargo mission to the orbital outpost as part of a $1.6 billion contract with NASA to deliver supplies.

Liftoff of the company's Falcon 9 rocket and Dragon capsule is scheduled for 8:35 p.m. EDT on Sunday (0035 GMT Monday) from Cape Canaveral Air Force Station in Florida.

If successful, the company, founded and run by Internet entrepreneur Elon Musk, will restore a U.S. supply line to the station that was cut off by the retirement of the space shuttles last year.

Since then, NASA has been dependent on Russian, European and Japanese freighters to service the station, a permanently staffed research laboratory that flies about 250 miles above Earth.

In May the firm, also known as SpaceX, made a practice run to the $100 billion orbital outpost, a project of 15 countries, clearing the way for the first of 12 cargo runs.

SpaceX is one of two firms hired by NASA to deliver cargo to the station.

Its other contractor, Orbital Sciences Corp., on October 1 rolled out its first Antares rocket to a new launch pad on Wallops Island, Virginia, for an engine test-firing slated for this month or early November.

The rocket is scheduled to make its debut flight before the end of the year.

Orbital also plans a practice run to the space station, similar to what SpaceX did when its Dragon ship docked at the station. If all goes well, Orbital will be cleared to begin work on its $1.9-billion NASA contract to fly cargo to the station.

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SpaceX set for its first cargo run to space station

How 'Big Bang's' Howard flew to space

Howard Wolowitz is still in space.

The fictional aerospace engineer and Expedition 31 crew member was seen floating aboard the International Space Station (ISS) during last week's season premiere of the CBS hit television series " The Big Bang Theory." On this week's episode, airing Thursday night, Wolowitz is still off the planet, 250 miles (400 km) up.

Of course, he is not really on the space station. The real ISS Expedition 31 ended in July. Wolowitz, or rather actor Simon Helberg, was on a sound stage at the Warner Bros. studio lot in Burbank, Calif.

His spacecraft surroundings never orbited the Earth, but they did play previous host to the Energizer Bunny for a Super Bowl commercial and were seen in the 2004 feature film, "The Day After Tomorrow."

But Helberg's, or rather Wolowitz's, crew did include a real life NASA astronaut, Mike Massimino, and, further blurring the lines between art and life, the fictional Expedition 31 crew patch that they wore on the show placed Wolowitz's and Massimino's names side-by-side. [ Photos: TV's "Big Bang Theory" Geek Chic ]

Behind the scenes, the job of delivering Wolowitz to the orbiting outpost didn't fall to a Russian rocket but rather to The Big Bang Theory's production designer John Shaffner, set decorator Ann Shea and their teams.

Scavenging for space parts As it turns out, you can rent a space station.

Last May, when the show's fifth season finale called for Wolowitz to launch onboard a Russian Soyuz spacecraft, Shaffner went looking for one.

"The first thing that we always do in this business is ask, 'Well, can we rent it? Did somebody make one first?' And unfortunately, we discovered that there weren't any Soyuz replicas to be found," Shaffner told collectSpace.com in an interview.

For the Soyuz, Shaffner and Shea received photos from NASA, turned to a Kansas museum to find dimensions, and scavenged parts from an aerospace junkyard in Los Angeles to piece together a realistic capsule. But in the course of his seeking out the spacecraft, Shaffner found a space station.

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How 'Big Bang's' Howard flew to space

Space Station-Bound SpaceX Dragon Capsule Gets Mission Patch

The first of NASA's contracted cargo resupply flights to the International Space Station now has its own mission patch, courtesy of the company launching the spacecraft.

Space Exploration Technologies, or SpaceX, revealed its insignia for the launch of its second Dragon capsule to the space station today (Oct. 4). The gumdrop-shape cargo craft is scheduled to liftoff atop SpaceX's Falcon 9 rocket on Sunday (Oct. 7) at 8:35 p.m. EDT (0035 Monday GMT) from Complex 40 at the Cape Canaveral Air Force Station in Florida.

The flight, referred to as Commercial Resupply Services-1 (CRS-1), is the first of a dozen resupply flights for which NASA is paying SpaceX $1.6 billion to fly. The mission follows a demonstration flight in May that made history as the first commercial spacecraft to berth with the station.

The CRS-1 mission patch, which borrows its shape from the Dragon capsule, shows the solar-powered spacecraft grappled by the space station's Canadarm2 robotic arm as it is being brought in to connect with the orbiting outpost's Harmony module. Below the Dragon capsule on the patch is the Earth.

Almost camouflaged with the patch's green-colored North American continent is a four leaf clover. The symbol for luck, the clover has become a regular feature on SpaceX's insignias since the Hawthorne, Calif.-based company's first successful Falcon 1 launch in September 2008. [Photos: SpaceX's Dragon Capsule Set for Cargo Run]

Based on pre-launch photos, the CRS-1 emblem does not appear on the Falcon 9 rocket or the Dragon capsule, but embroidered versions of the patch may fly to the space station and back as part of the mission's Official Flight Kit (OFK) of mementos to be presented to NASA and SpaceX team members for a job well done.

The OFK comprises only 17.6 pounds (8 kilograms) of the 882 pounds (400 kg) of hardware and supplies that the CRS-1 Dragon will deliver to the orbiting lab. Included in the pressurized cargo are food rations, crew clothing and more than 160 science experiments for NASA, the European Space Agency (ESA), and the Japan Aerospace Exploration Agency (JAXA).

The CRS-1 mission will span 18 days before returning to a parachute-assisted ocean splashdown. Returning to Earth on the Dragon will be nearly 1,700 pounds (771 kg) of science experiment results, spent hardware and former crew members' spacesuit components.

SpaceX is one of two U.S. companies with contracts to provide unmanned resupply flights to the space station for NASA. The other firm, Orbital Sciences Corp., of Virginia, has a $1.9 billion contract for eight missions using its new Antares rocket and Cygnus spacecraft. The first Antares rocket was rolled out to its launch pad at NASA's Wallops Flight Facility on the Virginia coast on Oct. 1.

While SpaceX's Dragons are the first unpiloted spacecraft to visit the International Space Station, unmanned cargo ships from other countries continue to make deliveries to the orbiting complex. Russia's Progress spacecraft, ESA's Automated Transfer Vehicles (ATV) and the H-2 Transfer Vehicles (HTV) from JAXA round out the station's robotic resupply fleet.

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Space Station-Bound SpaceX Dragon Capsule Gets Mission Patch

NASA, Russia eye yearlong space station assignments

* Mission would help prepare for flights beyond Earth

* Cosmonaut Valery Polyakov spent 438 days in orbit

* Longest flight by U.S. astronaut is 215 days

CAPE CANAVERAL, Fla., Oct 4 (Reuters) - NASA is considering

doubling the amount of time an astronaut spends at the

International Space Station to a year, laying the groundwork for

future missions deeper into space, officials said Thursday.

If approved, a mission likely would begin in 2015, said NASA

spokesman Rob Navias.

Russian news agency RIA Novosti reported this week that the

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NASA, Russia eye yearlong space station assignments

Astronauts Will Start Spending A Full Year On The Space Station In 2015

NASA

Sunlight glints off the International Space Station with the blue limb of Earth providing a dramatic backdrop in this photo taken by an astronaut on the shuttle Endeavour just before it docked after midnight on Feb. 10, 2010 during the STS-130 mission.

Under the plan, two astronauts one Russian and one American would blast off in March 2015 on an experimental endurance mission that's twice as long as current space station stays, officials with Russia's Federal Space Agency (known as Roscosmos) said Tuesday (Oct. 3).

"The principal decision has been made, and we just have to coordinate the formalities," said Alexei Krasnov, head of manned space missions at Roscosmos, according to Russian news agency Ria Novosti. "If the mission proves to be effective, we will discuss sending year-long missions to ISS on a permanent basis."

Krasnov added that the space station's partner agencies have already devised a scientific program for the long-duration mission, Ria Novosti reported. [Most Extreme Human Spaceflight Records]

Krasnov did not name the two astronauts who will launch on the marathon mission in the Ria Novosti report. Russia's Interfax news agency reported in August, however, that the NASA crewmember will likely be Peggy Whitson, who stepped down recently as the agency's chief astronaut in order to rejoin its active spaceflying ranks.

A year-long stay aboard the orbiting lab could help lay the groundwork for manned missions beyond low-Earth orbit, by allowing scientists to study how long-term spaceflight affects the human body.

That objective may be of great interest to NASA, which is currently working to send astronauts to destinations in deep space. In 2010, President Barack Obama directed the agency to get people to a near-Earth asteroid by 2025, then on to the vicinity of Mars by the mid-2030s.

According to some mission concepts, a manned roundtrip journey to Mars would take about two years to complete.

While nobody has yet resided aboard the International Space Station for a complete year, such a long orbital stay is not unprecedented. Cosmonaut Valery Polyakov, a medical doctor, lived aboard Russia's Mir space station for 438 consecutive days during a mission that began in January 1994 and ended in March 1995.

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Astronauts Will Start Spending A Full Year On The Space Station In 2015

Space Station ferry burns up on re-entry

The European Space Agency's (ESA) third Automated Transfer Vehicle cargo ferry has completed the final part of its successful six-month servicing mission to the International Space Station (ISS).

Indeed, the Edoardo Amaldi burned up as planned on Wednesday over an uninhabited area of the southern Pacific ocean as it reentered Earth's atmosphere.

The ESA describes its lineup of Automated Transfer Vehicles (ATVs) as "the most complex" space vehicles ever developed in Europe - which are the largest and most capable resupply ships to dock with the Space Station. They are also the heaviest spacecraft in the world, weighing more than 20 tons at launch. Their cargo load and propellant transfer capacity is unmatched and they can be used as space tugs to maneuver the entire 400-ton ISS either to higher altitudes or to move it out of the way of space debris.

The Edoardo Amaldi was lofted to orbit on March 23 by an Ariane 5 launcher and docked with the Space Station five days later. During its mission, Edoardo Amaldi delivered nearly 7 tons of propellant, oxygen, air and water, as well as scientific equipment, spare parts, supplies, clothes and food to the astronauts orbiting Earth. The dry cargo consisted of more than a hundred of bags packed into eight racks two more racks than on previous ATV missions.

So far, ATVs and Russian vehicles Progress and Soyuz are the only vehicles capable of docking with the Station fully autonomously, with built-in redundancy. While docked, the ATV-3 performed nine reboosts to keep the Space Station in orbit, counteracting the effects of atmospheric drag. Without reboosts by ATV and Russia's Progress vehicles, the Station would eventually fall back to Earth. On 22 August, ATV-3's eighth boost lasted for 40 minutes (nearly half an orbit) and raised the Station to new heights a record-breaking 405 x 427 km above Earth.

During the six months that ATV-3 spent at the Station, it provided 48 cubic meters of extra space for the astronauts. Before its departure, the crew loaded its pressurized module with waste material. Its successor, ATV Albert Einstein, is already slated to deliver the next round of supplies to the Station. It arrived by boat at Europe's Spaceport, in Kourou, French Guiana on 19 September and is scheduled for launch in April 2013. ATV Georges Lematre is currently being assembled and is scheduled to be launched in April 2014.

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Space Station ferry burns up on re-entry

How 'The Big Bang Theory' Sent Howard Wolowitz to Space

The fictional aerospace engineer and Expedition 31 crew member was seen floating aboard the International Space Station (ISS) during last week's season premiere of the CBS hit television series "The Big Bang Theory." On this week's episode, airing tonight (Oct. 4), Wolowitz is still off the planet, 250 miles (400 km) up.

Of course, he is not really on the space station. The real ISS Expedition 31 ended in July. Wolowitz, or rather actor Simon Helberg, was on a sound stage at the Warner Bros. studio lot in Burbank, Calif.

His spacecraft surroundings never orbited the Earth, but they did play previous host to the Energizer Bunny for a Super Bowl commercial and were seen in the 2004 feature film, "The Day After Tomorrow."

But Helberg's, or rather Wolowitz's crew did include a real life NASA astronaut, Mike Massimino, and, further blurring the lines between art and life, the fictional Expedition 31 crew patch that they wore on the show placed Wolowitz's and Massimino's names side-by-side. [Photos: TV's "Big Bang Theory" Geek Chic]

Behind the scenes, the job of delivering Wolowitz to the orbiting outpost didn't fall to a Russian rocket but rather to The Big Bang Theory's production designer John Shaffner, set decorator Ann Shea and their teams.

Scavenging for space parts

As it turns out, you can rent a space station.

Last May, when the show's fifth season finale called for Wolowitz to launch onboard a Russian Soyuz spacecraft, Shaffner went looking for one.

"The first thing that we always do in this business is ask, 'Well, can we rent it? Did somebody make one first?' And unfortunately, we discovered that there weren't any Soyuz replicas to be found," Shaffner told collectSPACE.com in an interview.

For the Soyuz, Shaffner and Shea received photos from NASA, turned to a Kansas museum to find dimensions, and scavenged parts from an aerospace junkyard in Los Angeles to piece together a realistic capsule. But in the course of his seeking out the spacecraft, Shaffner found a space station.

Read this article:

How 'The Big Bang Theory' Sent Howard Wolowitz to Space

1st Year-Long Space Station Mission May Launch in 2015: Reports

The first 12-month mission to the International Space Station may launch in 2015, according to Russian media reports.

Under the plan, two astronauts one Russian and one American would blast off in March 2015 on an experimental endurance mission that's twice as long as current space station stays, officials with Russia's Federal Space Agency (known as Roscosmos) said Tuesday (Oct. 3).

"The principal decision has been made, and we just have to coordinate the formalities," said Alexei Krasnov, head of manned space missions at Roscosmos, according to Russian news agency Ria Novosti. "If the mission proves to be effective, we will discuss sending year-long missions to ISS on a permanent basis."

Krasnov added that the space station's partner agencies have already devised a scientific program for the long-duration mission, Ria Novosti reported. [Most Extreme Human Spaceflight Records]

Krasnov did not name the two astronauts who will launch on the marathon mission in the Ria Novosti report. Russia's Interfax news agency reported in August, however, that the NASA crewmember will likely be Peggy Whitson, who stepped down recently as the agency's chief astronaut in order to rejoin its active spaceflying ranks.

Would You Sign Up for a Years-Long Space Mission?

A year-long stay aboard the orbiting lab could help lay the groundwork for manned missions beyond low-Earth orbit, by allowing scientists to study how long-term spaceflight affects the human body.

That objective may be of great interest to NASA, which is currently working to send astronauts to destinations in deep space. In 2010, President Barack Obama directed the agency to get people to a near-Earth asteroid by 2025, then on to the vicinity of Mars by the mid-2030s.

According to some mission concepts, a manned roundtrip journey to Mars would take about two years to complete.

While nobody has yet resided aboard the International Space Station for a complete year, such a long orbital stay is not unprecedented. Cosmonaut Valery Polyakov, a medical doctor, lived aboard Russia's Mir space station for 438 consecutive days during a mission that began in January 1994 and ended in March 1995.

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1st Year-Long Space Station Mission May Launch in 2015: Reports

Space station in no need to move to avoid debris

MOSCOW (AP) Russia's Mission Control Center said Wednesday it dropped an earlier plan to move the International Space Station into a different orbit to avoid possible collision with space debris after additional calculations showed that there was no such threat.

Mission Control Center said in a statement carried by Russian news agencies that a fragment of space debris would fly by too far to pose any danger to the space outpost, so a plan to fire booster rockets to carry out the maneuver on Thursday at 07:22 a.m. Moscow time (0322 GMT) was canceled.

The space station performs evasive maneuvers when the likelihood of a collision exceeds one in 10,000.

NASA estimates that more than 21,000 fragments of orbital debris larger than 10 centimeters (3.9 inches) are stuck in earth's orbit, and experts worry that orbiting junk is becoming a growing problem for the space industry.

There are six astronauts three Russians, two Americans and one from Japan onboard the orbiting laboratory.

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Space station in no need to move to avoid debris

International Space Station to change orbit to avoid possible collision with debris

MOSCOW - The Russian space program's Mission Control Center says it will move the International Space Station into a different orbit to avoid possible collision with a fragment of debris.

Mission Control Center spokeswoman Nadyezhda Zavyalova said the Russian Zvevda module will fire booster rockets to carry out the operation Thursday at 07:22 a.m. Moscow time (0322 GMT).

The space station performs evasive manoeuvrs when the likelihood of a collision exceeds one in 10,000.

NASA estimates that more than 21,000 fragments of orbital debris larger than 10 centimetres (3.9 inches) are stuck in earth's orbit, and experts worry that orbiting junk is becoming a growing problem for the space industry.

There are six astronauts three Russians, two Americans and one from Japan onboard the orbiting laboratory.

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International Space Station to change orbit to avoid possible collision with debris

Space freighter starts suicide plunge: ESA

NASA image shows the International Space Station in 2005. A bus-sized craft that had delivered food to the International Space Station will re-enter Earth's atmosphere overnight for a controlled implosion over the South Pacific, the European Space Agency said Tuesday.

A bus-sized craft that had delivered food to the International Space Station will re-enter Earth's atmosphere overnight for a controlled implosion over the South Pacific, the European Space Agency said Tuesday.

The automated transfer vehicle (ATV) undocked from the ISS last Friday after a six-month visit.

Its undocking was delayed by three days because astronauts had sent the craft a wrong identification code.

Named after a 20th-century Italian physicist, the Edoardo Amaldi will exit its ISS orbit at 2142 GMT on Tuesday, firing its engines for 14 minutes to place it on an Earth-bound suicide mission.

At 0042 GMT the craft will fire its engines again, this time for a second, 15-minute "deorbit burn"and will start falling to Earth about 20 minutes later.

Impact of the debris surviving the atmospheric burnout is scheduled for 0130 GMT, according to an ESA blog.

The Edoardo Amaldi is the third of five ATVs that the space agency is providing for the ISS project.

The robot craft, each the size of a London double-decker bus, are designed to make one-way trips to the space station, hauling up tonnes of food, water, air, equipment and other supplies for the three people on board.

The ATVs also use on-board engines to give boosts to the ISS, whose altitude drops because it is in low orbit and dragged down by lingering atmospheric molecules.

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Space freighter starts suicide plunge: ESA

Russia OKs year-long space station mission

MOSCOW The first year-long mission to the International Space Station may begin in March 2015, following an agreement between ISS partners who have previously sent crews for six months, the Russian space agency director said on Tuesday.

Alexei Krasnov, in charge of manned flights at Roscosmos, said the decision was made by participants at the International Astronautical Congress in Naples, Italy, this week.

The two-person expedition with crew members from Roscosmos and NASA will be a first test, the result of which will determine whether all flights are extended to a year, he said.

Space news from NBCNews.com

The strange case of the Cincinnati Lights intrigued UFO fans, but it looks as if the person who took the original video has come up with the likeliest explanation: They were skydivers.

"The fundamental decision has been made, only the formalities remain to be negotiated. So far, we are talking about a single mission," Krasnov told RIA news agency.

"If it proves effective, we will be able to discuss with partner countries a permanent transition from half-year flights to year-long flights."

Veteran Russian cosmonaut Yuri Malenchenko, NASA astronaut Sunita Williams and Japanese astronaut Akihiko Hoshide are currently in orbit aboard the International Space Station.

They are to be joined by another trio Kevin Ford, Oleg Novitsky and Yevgeny Tarelkin due to blast off from the Baikonur cosmodrome in Kazakhstan at the end of the month, their flight delayed by a week due to a technical equipment glitch.

Russia's space program has suffered a series of humiliating setbacks in recent months that industry veterans blame on a decade of crimped budgets and a brain drain.

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Russia OKs year-long space station mission

International Space Station plans move to avoid debris collision

Published October 03, 2012

Associated Press

MOSCOW The Russian space program's Mission Control Center says it will move the International Space Station into a different orbit to avoid possible collision with a fragment of debris.

Mission Control Center spokeswoman Nadyezhda Zavyalova said the Russian Zvevda module will fire booster rockets to carry out the operation Thursday at 7:22 a.m. Moscow time (0322 GMT).

The space station performs evasive maneuvers when the likelihood of a collision exceeds one in 10,000.

NASA estimates that more than 21,000 fragments of orbital debris larger than 3.9 inches are stuck in earth's orbit, and experts worry that orbiting junk is becoming a growing problem for the space industry.

There are six astronauts -- three Russians, two Americans and one from Japan -- onboard the orbiting laboratory.

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International Space Station plans move to avoid debris collision

Year-Long Missions Could Be Added to Space Station Manifest

Want to stay on top of all the space news? Follow @universetoday on Twitter

Special crews on board the International Space Station will stay in space for year-long missions instead of the usual six-month expeditions, according to a report by the Russian news agency Ria Novosti.

The principal decision has been made and we just have to coordinate the formalities, Alexei Krasnov, the head of Roscosmos human space missions was quoted, saying that the international partners agreed to add the longer-duration missions at the International Astronautical Congress in Italy this week. This confirms rumors from earlier this year, and pushes ahead the aspirations of Roscosmos to add longer missions to the ISS manifest.

The first yearlong mission will be experimental and could happen as early as 2015.

Two members of the international crew, a Russian cosmonaut and a NASA astronaut will be picked to carry out this yearlong mission, Krasnov said, adding that planning for the missions has already been underway.

If the mission proves to be effective, we will discuss sending year-long missions to ISS on a permanent basis, he said.

For years, the Russian Space Agency indicated that they wanted to do some extra-long-duration mission tests on the ISS, much like the Mars 500 mission that was done by ESA and Russia in 20102011 which took place on Earth and only simulated a 500-day mission to Mars.

Since NASAs long-term plans now include human missions to Mars or asteroids, in April of this year, Universe Today asked NASAs associate administrator for the Science Mission Directorate, John Grunsfeld about the possibility of adding longer ISS missions in order to test out in space the physiological and psychological demands of a human Mars mission. At that time, Grunsfeld indicated longer missions wouldnt be necessary to do such tests.

A 500-day mission would have a six-month cruise to Mars and a six-month cruise back, he said. When we send a crew up to the ISS on the Soyuz, they spend six months in weightlessness and so we are already mimicking that experiment today.

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Year-Long Missions Could Be Added to Space Station Manifest

Space station to move to avoid debris

MOSCOW (AP) The Russian space program's Mission Control Center says it will move the International Space Station into a different orbit to avoid possible collision with a fragment of debris.

Mission Control Center spokeswoman Nadyezhda Zavyalova said the Russian Zvevda module will fire booster rockets to carry out the operation Thursday at 07:22 a.m. Moscow time (0322 GMT).

The space station performs evasive maneuvers when the likelihood of a collision exceeds one in 10,000.

NASA estimates that more than 21,000 fragments of orbital debris larger than 10 centimeters (3.9 inches) are stuck in earth's orbit, and experts worry that orbiting junk is becoming a growing problem for the space industry.

There are six astronauts three Russians, two Americans and one from Japan onboard the orbiting laboratory.

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Space station to move to avoid debris

Odyssey Moon & NSL Satellites Ltd. to Launch Science Experiments to International Space Station

LOS ANGELES, CA--(Marketwire - Oct 2, 2012) - Douglas, Isle of Man-based Odyssey Moon Ltd. and Israeli-based NSL Satellites Ltd., in partnership with NanoRacks LLC of the U.S., together will fly a number of educational microgravity experiments to the International Space Station (ISS).The next launch of an experiment is scheduled for October 7th on board a SpaceX Falcon 9 rocket from Cape Canaveral.

Rick Sanford, CEO of Odyssey Moon, said, "We at Odyssey Moon are so excited about this opportunity to give students around the globe access to the NASA U.S national lab. For a start-up space technology company it is very impressive that we have lined up over three successful commercial space missions in a three year period."

The three different experiments will look at how cancer cells develop in microgravity, another will determine the direction of the sprouts/roots growth of radish seeds under microgravity, and there is an experiment to examine the hardening of an epoxy resin sample to test the characteristics of the mix in microgravity conditions. These experiments are being developed by Israeli students in Misgav Middle School and OR High School.

Odyssey Moon Chairman Ramin Khadem pointed out that, "Besides the technical expertise that NSL brings to commercial space allowing these terrific experiments to take place, it is such a pleasure to collaborate with them and NanoRacks LLC."

The project is enabled through NanoRacks LLC, which is working in partnership with NASA under a Space Act Agreement as part of the utilization of the International Space Station as a National Laboratory. Says Managing Director Jeffrey Manber, "NanoRacks is delighted to again be working with the educational community, this time for showing students the potential of using space as a tool for learning."

About Odyssey Moon Odyssey Moon Ltd. is developing sustainable commercial systems and services to deliver payloads and instruments to space in support of science, exploration, and commerce.

Odyssey Moon Ltd. plans to meet near-term and long-term global market needs for low cost, reliable and frequent space and lunar access currently unaddressed by large government space programs. By creating alternative commercial delivery systems that provide rapid mission schedules and standardized systems, we provide value-added opportunities for government, academic and commercial customers to conduct space research or technology demonstrations on a simple cost per kilogram basis.

OM Space/Odyssey Moon Ltd. is one of the firstcommercial deep space enterprises and the veryfirst entrant into the Google Lunar Xprize (GLXP) competition.

About NSL Satellites:

NSL Satellites Ltd. is a space technology and education company. Formed in 2009, NSL is involved in many game-changing technologies for space applications and exploration.

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Odyssey Moon & NSL Satellites Ltd. to Launch Science Experiments to International Space Station

Private SpaceX Rocket Test-Fires Engines for Space Station Trip

A private rocket poised to launch its first official cargo delivery run to the International Space Station performed a major engine test this weekend, setting the stage for its planned Oct. 7 liftoff.

The Falcon 9 rocket fired up its nine Merlin engines on Saturday (Sept. 29) for just two seconds during a full dress rehearsal at Florida's Cape Canaveral Air Force Station ahead of the upcoming flight by Space Exploration Technologies (SpaceX).

"During the static fire test today, SpaceX engineers ran through all countdown processes as though it were launch day," SpaceX officials wrote in an update Saturday. "Post static fire, SpaceX will conduct a thorough review of all data, and the Dragon spacecraft will be mated to Falcon 9 in preparation for next Sunday's targeted launch."

The Falcon 9 rocket is scheduled to launch an unmanned Dragon space capsule (also built by SpaceX) on Sunday at 8:35 p.m. EDT (0035 Oct. 8 GMT). If all goes well, the spacecraft should arrive at the International Space Station on Oct. 10, where it will be grappled by a robotic arm controlled by astronauts and attached to a docking port.

The mission follows a similar demonstration flight to the station in May by SpaceX's Dragon spacecraft. But Sunday's launch will kick off the company's first official cargo flight for NASA under a $1.6 billion deal that includes 12 such missions. [Photos: SpaceX's 1st Dragon Flight to Space Station]

The Hawthorne, Calif.-based SpaceX is one of two U.S. spaceflight companies with contracts to provide robotic cargo flights to the International Space Station for NASA. The other firm, Orbital Sciences Corp., of Virginia, has a $1.9 billion contract for eight missions using its new Antares rocket and Cygnus spacecraft. The first Antares rocket rolled out to its launch pad on the Virginia coast today (Oct. 1).

With the retirement of NASA's space shuttle fleet in 2011, the space agency is relying on new privately built spacecraft to ferry American astronauts and cargo to and from low-Earth orbit. The unmanned resupply flights are the first stage of that plan, which also includes purchasing seats for U.S. astronauts on private space taxis once they become available.

SpaceX is one of several companies also seeking to launch astronauts into space for NASA. The company plans to use a crewed variant of its Dragon capsule for the job.

The upcoming Falcon 9 launch will be the fourth flight of the booster for SpaceX and the third flight of a Dragon spacecraft. The Dragon capsule made its first test flight in December 2010, which was followed by a successful round trip to the International Space Station earlier this year during SpaceX's demonstration flight in May.

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Private SpaceX Rocket Test-Fires Engines for Space Station Trip

Russians face up to their space crisis

HOUSTON A veteran Russian cosmonauts cynical and bitter words about the dire state of the Russian space industry seemed to spell his own careers abrupt end after his return to Earth from the International Space Station. But within a week, his unprecedented public criticism was echoed and elaborated on by Russia's top space officials.

Perhaps telling the truth is catching on in Moscow, but perhaps it's already almost too late to save the Russian space industry. Over the past two years, program leadership has appeared powerless to stop a series of embarrassing failures in spacecraft launchings and flight operations that have cast the future of the entire program in doubt.

At the traditional Russian post-landing press conference on Sept. 21, cosmonaut Gennady Padalka complained about the "spartan" conditions aboard the Russian side of the station, especially as compared with the American side. The conditions were cold, noisy, overstuffed with equipment, and cramped each Russian had about one-seventh the living space that the American astronauts had. "All of this gives serious inconvenience in the operation of the Russian segment," he said.

Padalka compared the living conditions to the mass housing thrown together in the 1960s by Nikita Khrushchev housing where many Russian city dwellers still reside. The apartment building is called a "khrushchevka," a bitter word play on both the late Soviet leader's name and on its root meaning, "beetle" (as in "bug house"). As the cosmonaut explained to reporters, he had spent his last three missions totaling about two years in duration aboard a "small-scale khrushchevka."

Padalka found the idea of spending an entire year in space, as has been proposed, to be completely unacceptable without major improvements in crew comfort.

Out-of-date equipment The equipment, he continued, was reliable and safe but was decades out of date. "Nothing has been done in the 20 years since the foundation of the new Russia," he complained. The Russian space technology is technologically bankrupt and "morally exhausted." It was, he told reporters, "frozen in the last century."

He contrasted those conditions with the spaciousness and modernity of the American modules, and praised the advanced technology he saw there: the robotics experiment ("As always, still under study in Russia") and SpaceX's commercial spacecraft docking, for example.

In recent months, top Russian government officials have argued over exactly how deep the problems go within the Russian space industry. For some, it is a "systemic" crisis due to aging equipment and workers, avoidance of the industry by bright young engineers, and too much reliance on potentially biased "self-checking" of delivered hardware. Other officials deny any industry-wide weakness and attribute the public humiliations to localized problems.

Padalka didnt care about the origin of the crisis, just that he was at the "point of the spear" where the consequences were sharpest. "Maybe its not a systemic crisis," he said, "but nonetheless, a crisis exists, and it is being felt."

He may have felt nearly alone in space, and perhaps speaking out the way he did made him feel even more alone in Moscow. But he wasnt alone for long.

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Russians face up to their space crisis

Huge cargo ship undocks from space station

An unmanned European cargo ship the size of a double-decker bus undocked from the International Space Station Friday, ending a six-month delivery flight to the orbiting lab.

The robotic Automated Transfer Vehicle 3 (ATV-3), with its four X-wing-like solar arrays unfurled, cast off from the space station Friday as the two spacecraft sailed 255 miles (410 kilometers) over western Kazakhstan in Asia. The cargo ship's undocking occurred at 5:44 p.m. EDT (2144 GMT).

The space departure occurred three days later than planned due to delays, first by a computer glitch and later by space junk near the space station.

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But Friday, the ATV-3 spacecraft, which is named the Edoardo Almadi after the famed late Italian physicist of the same name, made a flawless departure from the station. It will spend the next few days orbiting Earth before being intentionally destroyed on Tuesday by burning up in Earth's atmosphereover the Pacific Ocean. [Photos: Europe's Robotic ATV Spaceships]

"Today, everything has worked to perfection," NASA spokesman Rob Navias said during the agency's live broadcast of the undocking.

The ATV-3 spacecraft was built by the European Space Agency and delivered 7.2 tons of food, water and other vital supplies to astronauts aboard the International Space Station when it launched in March from a South American spaceport in Kourou, French Guiana. The ATV-3 spent 184 linked to the space station before being packed with trash and other unneeded items for its eventual fiery demise in Earth's atmosphere.

The ATV-3 is ESA's third unmanned cargo ship mission to visit the space station, which is also supplied by robotic cargo ships from Japan and Russia. In the United States, NASA has contracted two companies SpaceX of Hawthorne, Calif., and Virginia-based Orbital Sciences Corp. to provide unmanned cargo delivery flights to the station. The first official flight by SpaceX is scheduled to launch on Oct. 7, when the company

The ATV craft are huge cylinders 32 feet long (10 meters) and nearly 15 feet wide (4.5 m) and may be visible by observers on Earth as a bright moving light in the night sky, weather permitting. The ATV-3, like the International Space Station, can be spotted if you know where to look.

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Huge cargo ship undocks from space station