20May2012

SpaceX Signs Agreement for Potential Military Launches

Lt. Gen. Ellen Pawlikowski, commander of SMC, and SpaceX CEO Elon Musk signing the CRADA Photo Credit U.S. Air Force Joe Juarez posted on AmericaSpace

Lt. Gen. Ellen Pawlikowski, commander of SMC, and SpaceX CEO Elon Musk signing the CRADA Photo Credit U.S. Air Force Joe Juarez

 The U.S. Air Force Space and Missile Systems Center & SpaceX have signed an agreement considering SpaceX  as a launch provider for U.S. military satellites, on June 7. The Cooperative Research and Development Agreement (CRADA) is an important milestone for SpaceX on the road to Falcon 9 v1.1 certification for National Security Space (NSS) missions.  “A CRADA enables the Air Force to evaluate the Falcon 9 v1.1 launch system according to the Air Force’s New Entrant Certification Guide,” reported a statement from SMC.

“As part of the evaluation, SMC and SpaceX will look at the Falcon 9 v1.1′s flight history, vehicle design, reliability, process maturity, safety systems, manufacturing and operations, systems engineering, risk management and launch facilities.”

SMC is going to monitor at least three launches to meet the flight history requirements outlined by the Air Force. The process will evaluate SpaceX’s capability of carrying out NSS mission using the Falcon 9 v1.1.The move has put SpaceX in direct competition with United Launch Alliance (ULA), the company formed in 2006 by the merging of Boeing and Lockheed Martin’s rocket divisions. Since 2006, ULA has provided its Atlas 5 and Delta 4 rockets for all the major military launches, from communications and navigation to missile warning and reconnaissance satellites.

The Air Force has identified 14 missions where SpaceX and other potential companies can competitively bid with ULA. According to Air Force officials, the entrance of new players in the market will reduce costs, ensuring flexibility to the military’s satellite launch manifest.The Falcon 9 v1.1 rocket is the enhanced version of the Falcon 9 launcher with upgraded Merlin engines and a payload fairing to accommodate satellites.

The Falcon 9 v1.1 will be able to deliver a standard telecommunications satellite into geostationary transfer orbit. Until now, SpaceX has launched five Falcon 9 V1.0’s, with three test flights and two operational missions to the International Space Station under NASA’s Commercial Orbital Transportation Services program. The first mission of Falcon 9 v1.1 is expected within the next few months.

Regardless of the certification plan, SpaceX has already won contracts for the launch of two Air Force satellites in late 2014. The contracts are under the Orbital/Suborbital Program 3 that allows commercial firms to compete to launch smaller military satellites.Source: Originally appearing in AmericaSpace

Orion Fairing Test Encounters Problem

NASA photo of Orion spacecraft fairing separation posted on AmericaSpace

The Orion service module fairing panels fall into the Fairing Catch Systems after being jettisoned via Separation Strut/Ordnance actuations. Photo Credit: NASA

At first blush, the fairing of the Orion Multi-Purpose Crew Vehicle (MPCV) might not seem to be a vital piece of equipment; however, it is crucial. NASA is currently testing the fairing that will be used on the first flight of Orion, dubbed Exploration Flight Test 1, or “EFT-1,” which is currently slated to take place in September 2014.

With just 15 months left before this all-important flight, NASA conducted the first test of this protective shell which covers the Orion spacecraft as it ascends out of the Earth’s atmosphere on Monday, June 10. As important as this component is, getting rid of it when it is time is even more so. In the first of three planned tests things did not go precisely as planned.  While two of the panels separated as planned, the third panel did not.

The test stand, which served to simulate the Orion spacecraft, can be seen at the center of this image. It is surrounded by the three panels that make up the fairing which safeguards the spacecraft through the launch phase of the mission. Photo Credit: NASA

The fairing test, which was conducted at Lockheed-Martin’s Sunnyvale, Calif., facility involved pyrotechnic mechanisms and bolts firing to separate the fairing’s panels. As mentioned, one panel failed to separate completely. According to a statement released by NASA, initial indications point to contact interference as the primary culprit behind the failure. This failure could be used to modify the fairing’s design, if it is viewed as necessary. Engineers continue to evaluate the data gleaned from Monday’s test.

“Developing a spacecraft capable of carrying humans to destinations in deep space is no easy task,” said Dan Dumbacher, NASA’s deputy associate administrator for exploration systems development. “We are testing Orion in a variety of ways so we can improve our understanding of how the spacecraft will perform in space. Even though this test was not flawless, the data we obtained will be tremendously helpful going forward.”Source: Jason Rhian Originally appearing in AmericaSpace

Atlas V Passes Milestone Toward Flying Astronauts

AmericaSpace image of Atlas V rocket fairing with the GPS IIF4 Cape Canaveral Air Force Station Photo Credit Jason Rhian.jpg

Photo Credit: Alan Walters / awaltersphoto.com

United Launch Alliance (ULA) has successfully completed a Preliminary Design Review (PDR) to prepare the Colorado-based company’s Atlas V rocket for use to send astronauts to orbit in commercially developed and built spacecraft. This review dealt with the initial development testing of the Dual Engine Centaur (DEC) upper stage that is being developed as part of NASA’s Commercial Crew integrated Capability, or CCiCap. The announcement that the PDR had been completed was posted on ULA’s website on Wednesday, June 12. 

Through funding provided through Independent Research and Development, ULA is working to have the Atlas V’s Centaur Engine certified to receive a human-rating. The Atlas launch vehicle is capable of carrying both a single and dual engine on the Centaur second stage. Given the payloads the Atlas normally boosts to orbit, satellites and unmanned probes, are not of sufficient mass to require the DEC, the upper stage has flown in the single engine configuration for some time.

According to a release posted on ULA’s website, the dual configuration has traveled to orbit more than 160 times. The current iteration of the Atlas V has increased performance to a level that, since 2003, has rendered the dual engine configuration unnecessary.

Development testing was held at Innovative Engineering Solutions located in California. Testing included liquid oxygen duct gimbal waterflow tests to validate flow characteristics and loads testing at liquid nitrogen temperatures to determine loads and stresses and the ability of the duct to survive in the vacuum of space.

During the PDR, ULA’s customers under NASA’s commercial crew program, Boeing and Sierra Nevada Corporation (SNC), along with other government customers, reviewed the design requirements to implement the upgrades for the Centaur Upper Stage.

“DEC provides a performance improvement over Single Engine Centaur (SEC) that is extremely beneficial for LEO missions,” said George Sowers, ULA’s vice president of Human Launch Services. “For human spaceflight, the increased thrust of the DEC allows the trajectory to be ‘flattered’ to provide a safer re-entry environment for the crew in the unlikely event of a crew abort situation.”

Under CCiCap, SNC and Boeing have tapped the Atlas V to boost their commercial spacecraft (Dream Chaser and the CST-100 capsule respectively) to destinations in low-Earth orbit. Space Exploration Technologies (SpaceX), the third company competing in CCiCap, will use the combination of the company’s Falcon 9 rocket and Dragon spacecraft.

“The testing was successful and met all of the criteria,” Sowers said. “The next major milestone for the DEC design is the Critical Design Review, scheduled for next spring.” Source: Jason Rhian Originally appearing in AmericaSpace

ISS: A Future Beyond 2020?

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Will the ISS survive past 2020? Photo Credit: NASA

Use of ISS is, per Section 501 (a) of the National Aeronautics and Space Administration Authorization Act of 2010, to be operated until 2020.Where’s it all heading? Although since the 2010 NASA Act was written NASA has talked about extending the use of ISS beyond 2020 to as late as 2030, the decision to operate ISS beyond 2020 has not yet been made.One factor that will have to be considered in any decision to operate ISS beyond 2020 is the station’s age. Completed in 2011, by 2020 elements of ISS are obviously aging; Zarya was lofted in 1996 with an estimated life-span of 15 years.

By 2020, Zarya, lofted in 1996 with an estimated lifespan of at least 15-years, the Unity Node, and the PMA–1 will have been in orbit over 24 years; those elements launched in 2000 such as Zvezda, the P6 truss, and Quest will have been in orbit around 20 years. By 2030, those elements in particular, and ISS in general, will certainly provide an unparalleled opportunity to witness how structures age in low-Earth orbit. But concomitant with that are the costs associated with the needed maintenance to counter the wear-and-tear of low-Earth orbit.

The issue of the costs of maintaining ISS has not been invisible to the station’s international partners. There has been a rising chorus among the ISS international partners of their unwillingness to use what little human spaceflight funding they have beyond 2020 to maintain a +20 year-old low-Earth orbiting space station. Given the scarce funding picture NASA itself faces for years to come and the operating costs of ISS at just over $3 billion annually, the space agency is unlikely to be able to afford both ISS and a beyond-Earth orbit exploration program. The question of whether or not to continue ISS operations beyond 2020 or to move-on to the next phase of human space exploration to the Moon or beyond hangs like an albatross around NASA’s neck.

The tight funding conditions at NASA during the past few years have also affected the Agency’s commercial crew program. In 2010 it was assumed by many in the commercial space community that–based in funding projections by the Obama Administration of around $800 million annually for NASA’s commercial crew program, which did not pan-out–in just a few short years, certainly by 2015, commercial space companies would be transporting crews to ISS. Even if ISS were decommissioned in 2020, five years of ISS crew services–it was posited by commercial space advocates–would be plenty of time to “prime the pump” for a commercial low-Earth orbit market.

But, as is so often the case in aerospace, progress didn’t happen nearly so quickly as many in the commercial space community had hoped. NASA Administrator Charlie Bolden testified late last April that, unless Congress approves the Administration’s annual appropriations requests of $821.4 million in each of FY 2014, FY 2015, and FY 2016, for a total of $3.43 billion, commercial crew will slip from its current debut in November 2017 to sometime in 2018.

Others sources within NASA have indicated that, if NASA commercial crew funding remains at its current levels of $525 million annually, commercial crew flights to ISS will not begin until 2019, a year before ISS may be decommissioned. NASA Administrator Charles Bolden has made clear that by not asceding to the Administration’s very generous commercial crew funding requests will make it harder for the companies competing for the Commercial Crew Program to develop solid business plans given the current schedule to phase out the ISS around 2020. Originally appearing in AmericaSpace by Jim Hillhouse

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NASA has addressed issues that Orion has encountered during testing and has also conducted new tests that move Orion closer to launch next year. Photo CredIt: Jim Grossman / NASA

The Orion spacecraft at NASA’s Kennedy Space Center in Florida has undergone extensive testing to prepare it for its first flight, currently scheduled to take place in September of next year. Tests to address new issues, as well as resolve old ones, have been taking place over the course of the past three weeks.

Last November, Orion’s rear bulkhead cracked when the capsule was pressurized. NASA has gone back and reinforced these sections and re-tested Orion, which passed muster on Wednesday, June 5.

Brackets were designed to strengthen the sections that failed during the previous pressure tests. The loads and stresses that contributed to the failures are now spread out.

NASA took the better part of a month to amend the issue, which a NASA release deemed “superficial.”

As with most machines destined to take to the skies, engineers made sure that the spacecraft was tested to see if it could withstand stresses much stronger than expected. As the technicians checked out Orion, they cranked up the pressure to 110 percent of what it is expected to encounter in space. Orion handled these loads successfully.

“The static loads campaign is our best method of testing to verify what works on paper will work in space,” said Charlie Lundquist, NASA’s Orion crew and service module manager. “This is how we validate our design.”

These tests were conducted in a structure dubbed the static loads test fixture. Some 20 feet tall, the stand is used by engineers to validate the spacecraft’s design. The stand is equipped with hydraulic cylinders that press and tug at Orion to simulate the pressures it will encounter when it travels into the black.

All total, Orion had eight different types of stresses placed on it that the spacecraft is expected to encounter on its mission. According to NASA, the stand has more than 1,000 gauges used to monitor how Orion handled the loads, which ranged anywhere between 1,000 to 240,000 pounds. Originally appearing in AmericaSpaceBy Jason Rhian 

The Mars Society Builds Infrastructure for Year-Long FMARS Mission

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Members of The Mars Society’s Flashline Mars Arctic Research Station check out their equipment during this year’s expedition. Photo Credit: The Mars Society

The Mars Society announced that it signed a Memorandum of Understanding with the International Network for Terrestrial Research and Monitoring in the Arctic.Called the (EU-INTERACT) its to use the Flashline Mars Arctic Research Station (FMARS), located on Devon Island in Northern Canada, as one of the network’s field stations. This partnership comes just after The Mars Society announced an effort to conduct a one-year “mission” in the Canadian High Arctic on May 20, called “Arctic 365,” to learn more about what it will take to visit the Red Planet.

To lead this effort with EU-INTERACT, The Mars Society has established a climate research team including Dr. Ghassem R. Asrar (World Climate Research Program and World Meteorological Organization), Dr. Chris McKay (NASA), Dr. Alexander Kumar (Concordia Station, Antarctica), and Dr. Bruno D.C. Marino (Planetary Emissions Management, Inc.). The scientists are currently discussing the feasibility and possible program design at FMARS. FMARS is a Mars analog research station established by The Mars Society in 2000 to study various technologies and human factors needed to approach a manned Mars mission.

Acting Executive Director of The Mars Society, Susan Holden Martin, said: “The Arctic 365 mission will be the first experiment combining long-term isolation and a sustained program of field exploration under Mars mission simulation conditions, in a relevant Mars analog environment, ever done anywhere in the world. There is a growing interest in environment change in the Arctic, and so it makes perfect sense to extend our program to terrestrial climate research, from which we may discover important clues as to the history not only of Earth’s climate, but that of Mars as well. ”

She added that this initiative can glean information not only about Mars, but also about our home planet: “By examining the physical processes that shape the Earth’s climate, we may find important clues to similar processes on Mars, and perhaps discover what may have led to the development of life on Earth. In the distant future, information about Earth’s climate and the effect of greenhouse gases may be useful in developing a plan for terraforming Mars.” Source: Emily Carney AmericaSpace

 From ISS to Mars: A SpaceX Odyssey

Dragon capsule COTS 1 CCAFS Cape Canaveral posted on AmericaSpace

SpaceX—the first company to send a spacecraft to orbit and have it return safely to Earth, the first company to journey to and deliver supplies to the International Space Station—appears to be setting its sights on Mars. Photo Credit: Jason Rhian / AmericaSpace

Mars, the world that has transfixed so many for so long, has also apparently captured the eye of the front runner in the commercial space revolutionSpace Exploration Technologies (SpaceX). A number of statements, rumors, and plans have come out of the Hawthorne, Calif.-based company over the last couple years which point to ambitious plans that could open up travel to the Red Planet. If these statements were made by anyone else, they would not be taken as seriously. However, given the company’s penchant for doing exactly what it says it will do, SpaceX’s Martian ambitions have gained serious attention.

SpaceX Founder and Chief Executive Officer Elon Musk told Space.com reporter Rob Coppinger that his company has its sights set on the colonization of Mars. He envisions a relatively small group of people establishing a beachhead on the Red Planetbut he expects that number to swell to an estimated 80,000. Under Musk’s plans for Mars, these pioneers would be sent with provisions and supplies needed to construct a transparent dome which would be pressurized to support crew (Mars’ atmosphere is less than one percent of Earth’s and composed primarily of carbon dioxide).

“Elon Musk has always been clear that the long-term goal of SpaceX is to play a role in extending life beyond Earth to Mars and to make humans a multi-planetary species,” said SpaceX spokesperson Hannah Post when asked about the company’s ambitions vis-à-vis Mars. “SpaceX is working towards that goal by designing, manufacturing, and launching the world’s most advanced rockets and spacecraft, which will ultimately make a dramatic difference in the cost and reliability of space travel.”

SpaceX has also been associated in the news with other Mars-based efforts. Dennis Tito’s “Inspiration Mars” project, which aims to have two people conduct a flyby of Mars, initially had some observers tying the millionaire’s proposal to SpaceX’s Dragon spacecraft. However, the company’s president, Gwynne Shotwell, denied these reports.Source: Jason Rhian AmericaSpace

Dream Chaser Ready To Fly

Artist's conception of the Dream Chaser launching on an Atlas V rocket. Image Credit: Sierra Nevada Corporation

Artist’s conception of the Dream Chaser launching on an Atlas V rocket.
Image Credit: Sierra Nevada Corporation

With the ending of the Space Shuttle program and needing a new direction, NASA is now turning to private companies to design and build new spacecraft to take astronauts into orbit. One of the most interesting concepts, the Dream Chaser, is now ready to start testing, and it is hoped that this will help usher in a new era of commercial human spaceflight.

The Dream Chaser is a reusable space plane developed by Sierra Nevada Corporation (SNC). Appearance-wise, it resembles a mini version of the space shuttle, but modernized. The basic design of the craft can be traced back to NASA’s HL-20 lifting body design.

The first test vehicle arrived at the Dryden Flight Research Center in Edwards, Calif., last week. The testing procedure will include tests of the flight and runway landing systems. Like the shuttle, the Dream Chaser will launch on a rocket and land like an airplane.

According to William Gerstenmaier, NASA’s associate administrator for human exploration and operations in Washington, ”Unique public-private partnerships like the one between NASA and Sierra Nevada Corporation are creating an industry capable of building the next generation of rockets and spacecraft that will carry U.S. astronauts to the scientific proving ground of low-Earth orbit. NASA centers around the country paved the way for 50 years of American human spaceflight, and they’re actively working with our partners to test innovative commercial space systems that will continue to ensure American leadership in exploration and discovery.”

Like some other private companies, Sierra Nevada is receiving funding from NASA for its testing as part of NASA’s Commercial Crew Program (CCP).The Dream Chaser can accommodate up to seven passengers, but is a lot smaller than the space shuttle, measuring about 9 metres (29.5 feet) long, compared to 37 metres (122 feet) long for the space shuttle.

NASA is hoping to be able to start using such commercial spacecraft to restart its own self-reliant astronaut program by 2017. Until that time, with no more shuttles, it has been relying on Russia to get its astronauts to the International Space Station.

However, contrary to some who now see a bleak future for human spaceflight, with companies like SNC now taking an active role, the next few years actually seem quite promising, at least in terms of getting American astronauts into orbit without having to rely on other countries. New missions to the Moon or Mars are still another matter, but hopefully this will be a big step in that direction as well.

Like some other private companies, Sierra Nevada is receiving funding from NASA for its testing as part of NASA’s Commercial Crew Program (CCP).The Dream Chaser can accommodate up to seven passengers, but is a lot smaller than the space shuttle, measuring about 9 metres (29.5 feet) long, compared to 37 metres (122 feet) long for the space shuttle.

NASA is hoping to be able to start using such commercial spacecraft to restart its own self-reliant astronaut program by 2017. Until that time, with no more shuttles, it has been relying on Russia to get its astronauts to the International Space Station.

However, contrary to some who now see a bleak future for human spaceflight, with companies like SNC now taking an active role, the next few years actually seem quite promising, at least in terms of getting American astronauts into orbit without having to rely on other countries. New missions to the Moon or Mars are still another matter, but hopefully this will be a big step in that direction as well. Source: AmericaSpace by  Paul Scott Anderson

 

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“Approaching its 10th anniversary of leaving Earth, NASA’s Mars Exploration Rover Opportunity is on the move again, trekking to a new study area still many weeks away.

The destination, called “Solander Point,” offers Opportunity access to a much taller stack of geological layering than the area where the rover has worked for the past 20 months, called “Cape York.” Both areas are raised segments of the western rim of Endeavour Crater, which is about 14 miles (22 kilometers) in diameter.

“Getting to Solander Point will be like walking up to a road cut where you see a cross section of the rock layers,” said Ray Arvidson of Washington University, St. Louis, deputy principal investigator for the mission.”

“NASA plans to begin testing RS-25 engines for its new Space Launch System (SLS) in the fall of 2014, and the agency’s Stennis Space Center in Mississippi has a very big — literally — item to complete on the preparation checklist.

Fabrication recently began at Stennis on a new 7,755-pound thrust frame adapter for the A-1 Test Stand to enable testing of the engines that will provide core-stage power for NASA’s SLS. The stand component is scheduled to be completed and installed by November 2013.”

“With the new MOU, MHI and Arianespace agreed to collectively probe the creation of innovative new launch services and standardization of satellite preparation tasks at launch sites as a follow-up to their cooperative achievements to date. The aims behind the latest initiative are further development of the commercial launch market and sustained enhancement of the two companies’ related services.”

“Crowdfunding is becoming a familiar word for those who need to fund a project or product. In the case of a startup, it can replace the role of the angel investor to get the initial funding. However the scope of what is being funded, and why, is evolving as startups use this collective effort for brand recognition and marketing a specific project or product.”

Former NASA Manager John Olson, currently on assignment at the Office of Science and Technology Policy as Assistant Director for Space and Aeronautics, will be joining SNC starting 1 July. Olson’s last day at OSTP will be tomorrow, 7 June. Olson’s last day at NASA will be on 1 July. After that Olson will be taking on an executive leadership role in the Space Systems Group at Sierra Nevada Corporation in Louisville, Colorado and Arlington, Virginia.

 

 China’s Astronaut Food Over the Decade: From Fast Food to Customization (Source: People’s Daily)
In 2003, China’s first manned spacecraft Shenzhou-5 flew into space. Also from that year onwards, China’s exploration of astronaut food began to enter the public view. Over several space journeys during the 10 years, the astronauts’ recipe improved its quality, from the original fast food such as dim sum to today’s customized choices. Click here. (6/14)

Science and Technology Makes Shenzhou-10 Different (Source: People’s Daily)
On June 11, Shenzhou-10 manned spacecraft was successfully launched. It has been 10 years since China sent its first astronaut Yang Liwei into the space. Compared with previous manned spacecrafts, what are Shenzhou-10 manned spacecraft’s differences and advantages? Click here. (6/14)

Aldrin: The Call of Mars (Source: New York Times)
When I view the Moon, there are times when I feel like I’m on a time machine. I am back to a cherished point in the past — now nearly 45 years ago — when Neil Armstrong and I stood on that bleak, but magnificent lunar landscape called the Sea of Tranquility. While we were farther away from Earth than humans had ever been, the fact is that we weren’t alone. An estimated 600 million people back on Earth, at that time the largest television audience in history, watched us plant our footprints on the Moon.

Fast forward to today. Now I see the Moon in a far different light — not as a destination but more a point of departure, one that places humankind on a trajectory to homestead Mars and become a two-planet species. It is time to lay the groundwork for effective global human exploration of space. I am calling for a unified international effort to explore and utilize the Moon, a partnership that involves commercial enterprise and other nations building upon Apollo. Let me emphasize: A second “race to the Moon” is a dead end. America should chart a course of being the leader of this international activity to develop the Moon.

The United States can help other nations do things that they want to do, a fruitful avenue for U.S. foreign policy and diplomacy. A step in the right direction is creating an International Lunar Development Corporation, customized to draw upon the legacy of lessons learned from such endeavors as the International Geophysical Year (whose purpose was to get scientists all over the world to focus on the physics and atmosphere of the Earth), the International Space Station program, as well as model organizations such as Intelsat and the European Space Agency. Click here. (6/13)

FSDC Joins Effort to Keep Spaceflight Vehicles Off Munitions List (Source: FSDC)
The Florida Space Development Council (FSDC), a chapter of the National Space Society, has written to the U.S. Departent of State to voice opposition to proposed export-control rulemaking that would add commercial human spaceflight vehicles to a Department of Defense “munitions list” and thereby place onerous restrictions on their export from the U.S.

The move is part of an ongoing (and mostly positive) effort by the Obama Administration to modify the nation’s current ITAR export control policies. Commercial satellites, for example, would be moved from the DOD list to a less restrictive export control list managed by the Department of Commerce. The proposed addition of human spaceflight vehicles to the DOD list would negatively impact efforts by U.S. companies to build a U.S.-dominated international market for such vehicles.

XCOR Aerospace is one U.S. company that would be impacted by the proposed rulemaking. The company, which intends to develop and operate their next-generation Lynx vehicles in Florida, has aggressively pursued international markets for their vehicles and services. Click here to submit your own response to the rulemaking notice, required by no later than July 8. (6/13)

Internal Audit Hits NASA for Station Resupply Payments to Orbital (Source: Space News)
NASA is taking heat from its Office of Inspector General (OIG) for giving Orbital Sciences Corp. more than $600 million to build hardware for six space station resupply missions before the Dulles, Va.-based firm has fully demonstrated that its fledgling Antares rocket and Cygnus cargo tug are up to the task.

Orbital holds a $1.9 billion NASA contract to fly a total of eight resupply missions to the international space station through 2016.  The contract was awarded in December 2008, several months after NASA picked Orbital as a late addition to a Commercial Orbital Transportation Services (COTS) program that since 2006 had been subsidizing SpaceX in its now-completed effort to develop a competing space station logistics system.

By the end of 2012, according to an OIG report released June 13, SpaceX had been paid a total of $858 million between its $396 million COTS agreement and a $1.6 billion Commercial Resupply Services (CRS) contract, also awarded in December 2008, that calls for the company to make 12 space station runs. (6/13)

Sierra Nevada Starts Next Phase of Dream Chaser’s Rocket Tests (Source: Galveston Daily News)
As Sierra Nevada Corporation’s Dream Chaser spacecraft continues aerodynamic performance and landing tests at NASA’s Dryden Flight Research Center in California, the company Sierra Nevada completed two tests last week at its rocket test facility in San Diego, Calif.

A motor firing and ignition test was completed in preparation for upcoming motor tests under the current Commercial Crew Integrated Capability contract with NASA. The company will conduct another series of hybrid motor firings to meet the next contracted milestone this summer. (6/13)

Comtech’s Outlook Brightens on New Orders from Military Customers (Source: Space News)
Satellite ground equipment provider Comtech Telecommunications Corp. said new orders from the U.S. government booked so far in 2013 may mean the company has turned the corner after two years of bad news following the loss of a U.S. military contract and the downturn in its international commercial satellite Earth station business.

Melville, N.Y.-based Comtech said it is particularly hopeful that a recent development contract with the U.S. Space and Naval Warfare Systems Command for a new-generation processor will place the company in the ranks of contractors for U.S. protected military satellite communications work. (6/13)

One Giant Leap for Justin Bieber as He Joins the Ranks of the Celebronauts (Source: Guardian)
Bieber in space. The almighty teen sensation has grown weary of our tawdry planet’s sham, drudgery and broken dreams and sought momentary respite beyond the suffocating reach of Earth’s atmosphere. The star and his manager Scooter Braun – there, presumably, on the off-chance some cheeky extraterrestrial Simon Cowell tries to lure the kid off to break the lucrative teen-pop market in Betelgeuse – are the latest “future astronauts” to sign up for a glimpse of the great beyond with Richard Branson’s space tour company. (6/13)

Antitrust Probe Is Latest Challenge to ULA’s Government Market Dominance (Source: Space News)
A U.S. federal antitrust probe of the nation’s biggest rocket manufacturer over its exclusivity agreement with an engine supplier comes amid continuing consolidation of the propulsion industry and government attempts to spur competition in satellite launching services.

The U.S. Federal Trade Commission (FTC) is investigating whether United Launch Alliance (ULA) ran afoul of antitrust laws with its exclusivity arrangement with RD AMROSS, the U.S.-Russian joint venture that makes the RD-180 engine that powers ULA’s Atlas 5 rocket. The probe, begun in April, may have been triggered by Orbital Sciences Corp., which is interested in using the Russian-manufactured RD-180, for its Antares rocket.

An April 22 memo from FTC Secretary Donald S. Hall authorized investigators to use “any and all compulsory processes available” to determine whether ULA, RD AMROSS or any of their joint venture partners violated antitrust laws “by monopolizing, attempting to monopolize, or otherwise restraining competition in the provision of space launch services, including entering or maintaining an exclusive agreement relating to the supply of propulsion systems for space launch services.” (6/13)

FTC Case Complicated By Aerojet Acquisition of PWR (Source: Space News)
A complicating factor in the FTC anti-trust case is the fact that engine maker Aerojet has just been cleared by the FTC to buy domestic rival Pratt & Whitney Rocketdyne, a partner in RD AMROSS along with RSC Energomash of Moscow. The merger, approved with reservations June 10 by the FTC, leaves the United States with just one merchant supplier of liquid-fueled rocket engines. (6/13)

Black Hole Bonanza in ‘Next Door’ Andromeda Galaxy (Source: Guardian)
Twenty-six new black hole candidates have been discovered in the neighboring Andromeda galaxy. According to the astronomers involved, these could be just the tip of the iceberg. Details of the find will be published in the 20 June issue of The Astrophysical Journal. The discoveries are the culmination of 13 years of observation. Researchers used NASA’s Chandra and the European Space Agency’s XMM-Newton satellites. Both record the X-ray light emitted by celestial objects. (6/13)

Report Questions NASA Payments to ISS Cargo Hauler (Source: Florida Today)
A watchdog report released today says NASA has took on too much financial risk by paying one of its commercial cargo providers a significant portion of its contract before its systems have been proven. NASA has paid Orbital Sciences Corp. more than $910 million for work on six International Space Station resupply missions even though Orbital has not yet flown its spacecraft, according to NASA Inspector General Paul Martin.

“These actions increased NASA’s financial risk in the event that the system demonstration flight reveals the need for design changes and modifications to Orbital’s rocket system,” the report says. Orbital has a $1.9 billion Commercial Resupply Services contract for eight missions to the station. (6/13)

Buddhists Believe in Outer Space: Shaolin Abbot (Source: Xinhua)
As China’s successful launch of its fifth manned spacecraft marks another step in realizing the country’s space dream, Chinese monks regularly ponder how space is related to their own life. “Buddhism believes there are aliens. They not only exist, but there are many,” said Shi Yongxin, abbot of the Shaolin Temple in central China’s Henan Province.

Buddhists believe the existence of many different worlds and their end-results do not exclude other celestial bodies, said Shi in an exclusive interview with Xinhua. According to the 48-year-old monk, those who have a good practice of Buddhism can go to other worlds, including outer space. (6/13)

Russia Promises Manned Launches from Its Own Soil in 2018 (Source: Space.com)
Russia, one of the world’s space powerhouses, has been launching its rockets from Kazakhstan since the early days of its space program, but now plans to shift its launches to Russian soil within five years. But some experts question whether such a pace is realistic.

This spring, President Vladimir Putin pledged $51.8 billion by 2020 to place his country back in the top ranks of world space explorers. The centerpiece of that promise is Vostochny, a cosmodrome, or launch site, under construction in eastern Siberia, near the Chinese border. Within five years, Putin promised that an International Space Station crew would launch from Vostochny. (6/13)

India Lines Up Satellite Launches In July/August (Source: Aviation Week)
Four Indian satellites are slated for launch over the next two months, a senior space scientist says, using both Indian and foreign launchers. “Between July 1 and July 26, we hope to loft a navigation satellite and Insat-3D meteorological satellite, followed by the launch of a communication satellite, GSAT-14, and a military satellite, GSAT-7, in August,” the scientist at the Indian Space Research Organization (ISRO) said. (6/13) 

What Would Happen if All Satellites Stopped Working? (Source: BBC)
We may not always realise it, but we depend on space technology orbiting the Earth. So what would happen if it all stopped working? At a recent international conference on “space hazards”, I listened to a series of speakers outline doomsday scenarios. These included a massive solar storm disrupting satellite communications, a cyber attack partially disabling the GPS system, and debris knocking out Earth-monitoring satellites.

Threats to this space infrastructure are real, and governments around the world are beginning to think seriously about improving the resilience of the systems we rely on. To focus their thoughts, and with a nod to that pioneer of threats from space, Orson Welles, here is what might happen if we suddenly encountered a day without satellites. Click here. (6/13)

Ashton Kutcher Pals With Branson, Plans Space Ride (Source: National Enquirer)
Insiders say that “Two and a Half Men” star Ashton Kutcher has struck up a cozy new bromance with British billionaire Richard Branson. Ashton, 35, recently put down a whopping $250,000 deposit to reserve a spot on Branson’s Virgin Galactic suborbital spacecraft. And now, the hunky actor and adventuresome entrepreneur are said to be best buddies. (6/10)

Shenzhou-10: Capsule Docks with Space Lab (Source: Independent)
Three Chinese astronauts are getting ready to enter their home for the next week after their capsule docked with an orbiting state station. State media reported that automated controls guided the Shenzhou 10 space capsule in its successful docking with the Tiangong-1 space lab Thursday.

The astronauts will later enter the module to conduct experiments. During the mission the astronauts will also conduct a manual docking between the space capsule and the lab. They will also deliver a series of science lectures from the Tiangong — part of an outreach to increase the space program’s popularity among younger Chinese. (6/13)

This Is an Actual Photo of a Planet in Another Solar System (Source: Smithsonian)
See that little blue smudge? That’s another planet. It’s named HD95086 b, and it’s orbiting a star 300 light years away. This is one of the first times in human history that we’ve ever laid eyes on a planet in another solar system, a planet that isn’t orbiting the Sun. Click here. (6/13)

Air Force SMC Investigates New Potential GPS Satellite Launch Option (Source: GPS World)
The U.S. Air Force Space and Missile Systems Center has signed a Cooperative Research and Development Agreement (CRADA) with SpaceX as part of the company’s effort to certify its Falcon 9 v1.1 Launch System for National Security Space (NSS) missions. This cooperative agreement facilitates data exchanges and protects proprietary and export-controlled data. The CRADA will be in effect until all certification activities are complete.

Currently, ULA’s Delta IV and Atlas V are the only certified launch vehicles capable of lifting NSS payloads -— such as the GPS satellites -— into orbit. The addition of multiple certified launch vehicle providers bolsters assured access to space by providing more options for the warfighter to place needed capabilities on orbit. While certification does not guarantee a contract award, it does enable a company to compete for launch contracts. Those contracts could be awarded as early as Fiscal Year 2015 with launch services provided as early as Fiscal Year 2017. (6/12)

Vintage futures: Next Stop Mars, 1952 (Source: Boing Boing)
“It will probably be some 50 years before any safe space flight from Earth to another planet and back is made, but there seems now to be very little doubt that the dreams of Roger Bacon in AD 1249 and Albertus Magnus in 1280 have left the realm of Wellsian imaginings and become a practical proposition.” Click here. (6/12)

Is Earth’s Orbit Scarily Close to Venus’s Sultry Zone? (Source: New Scientist)
It used to be called Earth’s twin. With much the same size, mass and composition as our home, Venus was a lush jungle planet in the popular imagination of the early 20th century. Muggier than Earth, perhaps, but otherwise not so very different. That, of course, turned out to be entirely incorrect. Venus’s surface is sweltering and its atmosphere suffocating: its being closer to the sun made a dramatic, not an incremental, difference to its fate.

That realization has all but extinguished hopes of finding a twin for any earthly environment in our solar system. (Iced-over oceans on moons of the gas giants are almost our last hope.) So the search for Earth’s twin has moved much further afield: to the families of other stars. Work to identify the “habitable zones” in which such planets might exist has turned up some startling insights – not just about them, but also our own planet (see “Goodbye, Goldilocks: is life on Earth heading for an earlier demise?”).

If the latest models are accurate, Earth and Venus really might have been twins, had the orbit of one been just a tiny bit different. But rather than two clement Earths, there might have been two infernal Venuses. That’s a doubly humbling thought. (6/13)

NASA Visitor Centers Launch New “Passport” for Space Tourists (Source: CollectSpace)
Earth-bound space tourists hitting the road this summer to tour NASA’s historic launch pads and mission controls, as well as see the retired space shuttles on display, now have their own passport.

The “Passport to Explore Space” is now being offered by the official visitor centers for NASA’s nationwide facilities and the museums that display the space agency’s former orbiter fleet. Guests to the 14 locations in nine states can get the passports stamped with commemorative markers representing each of the centers, earning them offers and discounts in the process. (6/13)

ULA Completes PDR on Dual-Engine Centaur for Commercial Crew Program (Source: Parabolic Arc)
United Launch Alliance (ULA) successfully completed the Preliminary Design Review (PDR) and initial round of development testing for the Dual Engine Centaur in support of NASA’s Commercial Crew Program.

Under Independent Research and Development (IRAD) funding, ULA is re-establishing the Dual Engine Centaur (DEC) configuration for performance and human space flight safety. Atlas V is capable of flying both a single and dual engine on the Centaur second stage, but most satellite missions require only a single engine due to the powerful capability of the Atlas V booster to loft the payload into orbit. (6/13)

Europe’s Proba-V Satellite Tracks Aircraft in Flight (Source: Space News)
Europe’s Proba-V satellite, launched May 7, has successfully demonstrated that it can capture data on aircraft speed, position and altitude, the German and European space agencies announced. Flying in a polar low Earth orbit 820 kilometers in altitude, Proba-V on May 23 switched on its Automatic Dependent Broadcast-Surveillance (ADS-B) receiver and within two hours had harvested more than 12,000 ADS-B messages being emitted by aircraft flying below, the two agencies said. (6/13)

FTC Opens Antitrust Probe of United Launch Alliance (Source: Reuters)
U.S. regulators have opened a probe into whether a Lockheed-Boeing joint venture that launches U.S. government satellites into space has flouted antitrust laws. The Federal Trade Commission (FTC) is investigating whether United Launch Alliance (ULA), a joint venture of Lockheed Martin Corp and Boeing Co, violated federal antitrust laws by “monopolizing” or restraining competition through an exclusivity agreement with the maker of the engines used in its rockets.

RD Amross, a joint venture of Russia’s NPO Energomash and Pratt & Whitney Rocketdyne, a unit of United Technologies Corp, provides RD-180 engines for ULA rockets. Industry sources say ULA is preventing RD Amross from selling the engines to other rocket makers, including Orbital Sciences Corp, which is trying to break into the lucrative market for government rocket launches. Jessica Rye, spokeswoman for ULA, confirmed the investigation and said the company was cooperating with antitrust regulators.

“ULA’s contracts to purchase the RD-180 engine are lawful, pro-competitive and designed to provide the most reliable launch vehicle possible for critical U.S. government missions,” Rye said. Industry sources said the FTC investigation follows repeated unsuccessful efforts by Orbital to buy the RD-180 engines for its new medium-lift Antares rocket, which was developed in partnership with NASA to haul cargo to the International Space Station. The first Antares rocket was launched from a new commercial spaceport in Virginia in April. (6/13)

RD AMROSS Led by Former KSC Director (Source: SPACErePORT)
RD AMROSS was formed as a joint venture of Pratt & Whitney (in West Palm Beach) and Russia’s NPO Energomash to provide Russian-made RD-180 rocket engines for the ULA Atlas-5 launch vehicle. The joint venture is led by former NASA KSC Director Bill Parsons with offices in Cocoa Beach. RD AMROSS also offers Russian-built RD-120, RD-151, RD-171, and other engines. This Space Coast office will surely have some role or stake in the ongoing FTC antitrust probe. The probe involves the inability of RD AMROSS to sell RD-180 engines to ULA competitors like Orbital Sciences Corp.

Orbital’s Antares rocket uses Russian-built NK-33 engines, originally developed by Kuznetsov and provided to Orbital under an arrangement with Aerojet — in competition against RD-AMROSS. Aerojet has modified the NK-33 design, redesignating it as the AJ-26. Orbital has reportedly had some issues in testing with the AJ-26, rumored to stem from their use of decades-old NK-33 engines from a dusty Russian inventory. With the NK-33 no longer in production, Orbital remains interested in the RD-180 as a long-term replacement.

While the RD-180 engines also come from a Russian inventory, the Air Force originally was requiring Lockheed Martin and Pratt & Whitney to establish a U.S.-based (West Palm Beach) production line for the Atlas-5 engines, to mitigate the EELV program’s reliance on Russia as a critical-path provider of USAF launch vehicle hardware. This U.S. production line was never developed, probably due to Russia’s reluctance to transfer the engine technology to the U.S. In lieu of U.S.-based production, Lockheed (and ULA) were allowed to stockpile a large inventory of the engines. (6/13)

Canadian Aerospace Responsible for $42 Billion in Revenue, 170,000 Jobs (Source: Parabolic Arc)
The Aerospace Industries Association of Canada (AIAC), in partnership with Industry Canada, today released The State of the Aerospace Industry: 2013 Report, which contains updated data and analytics for the Canadian aerospace industry as of 2012. The report highlighted the economic significance of the sector, which is responsible for $42 billion of revenue and 170,000 jobs across industries in Canada, its leadership in research and development (R&D) and productivity, and its potential for growth in coming years. (6/12)

Planetary Resources Announces Kickstarter Extended Goal: Hunting for Planets (Source: Parabolic Arc)
Alien planets are out there and Planetary Resources needs your help to find them! That’s right, the same high-powered telescope technology being used by Planetary Resources to identify near-Earth asteroids can also be used to hunt for what scientists call extrasolar planets or “exoplanets” – which are very much alien worlds. For the first-time ever, this capability will be placed directly into the hands of students, researchers and citizen scientists. (6/11)

An Urgent Plea for Help in Keeping Crewed Spaceships Off the U.S. Munitions List (Source: Parabolic Arc)
Some new rules are being proposed by the US State Department on export controls for manned suborbital space vehicles designed for commercial spaceflight. At the end of May, the Department of State published a Notice of Proposed Rulemaking (NPRM) Rule 78 FR 31 444 – that did a great thing. The DoS proposed a move of commercial satellites from the US Department of Defense (DoD) Munitions List to the Department of Commerce’s commerce control list (CCL). 

This is a great step for the industry. Unfortunately, there were some “not so good” inclusions in the Department of State NPRM … it has explicitly proposed to put manned commercial space flight vehicles on the Department of Defense Munitions List. This is the same backward path provided to the US satellite manufacturing and launch community two decades ago that almost decimated that industry. So even before we can achieve a meaningful sized global market, and dominate it with US companies, there is the real possibility that we will be hampered before the market is fully opened.

The benefits that have a real potential of not being realized are high tech job creation in rural, underserved, and hard hit regions of our country (by necessity, these vehicles are flown in remote areas); creation of a global, suborbital research and personal spaceflight industry led by US companies; and the influence that these operations will have on our children through enhanced STEM opportunities. We will be turning over the lead to non-US companies. Let’s push together to move the rules in a better direction. Write to the State Department before July 8 and tell them to move suborbital manned vehicles to the Commerce Control List. Click here. (6/11)

Angara’s Twisted Path to First Launch (Source: SPACErePORT)
Back in the mid 1990s, after the U.S. resolved to develop next-generation EELV rockets to upgrade its aging Atlas and Delta fleet, Russia responded by committing to the development of its own next-generation launch vehicle, the Angara. Like the new Delta and Atlas EELV rockets, Angara was to feature a common main stage booster that could launch in a single configuration, or with multiple stages strapped together for heavier payloads.

But while the Atlas-5 and Delta-4 both entered service in 2002, the Angara remained a paper rocket for about a decade while competing designs and alternative rockets came and went, presumably jockeying for scarce Kremlin space funding. The Angara launch site has also been an issue of contention, with Plesetsk, Baikonur and Vostochny named as sites for new (and expensive) Angara launch infrastructure. The first launch of an Angara 1.2 “light” vehicle is planned at Plesetsk in coming weeks. (6/12)

First Angara Rocket Shipped to Plesetsk (Source: Parabolic Arc)
The Khrunichev Space Center has shipped the first flight model of light-weight Angara 1.2 PP (PP is the Russian for “Maiden Launch”) to the Plesetsk Cosmodrome. In accordance with the Angara 1.2 Maiden Launch Master Schedule, the train carrying the Angara 1.2 PP hardware departed for Plesetsk in the early hours of May 28.

Angara family is a new generation of environmentally friendly launchers now under development at the Khrunichev Space Center on the basis of the URM-1 Common Core Booster (CCB), using oxygen/kerosene engine. The Angara product line includes lightweight to heavy-lift launchers featuring LEO payload capabilities of 3.8 MT to 35 MT (Angara A7). One CCB is used by the light-weight Angara 1.2 LV. The maximum number of CCBs is seven (Angara А7). (6/8)

NASA Launches Research Balloon From Sweden (Source: NASA)
A NASA scientific balloon carrying the SUNRISE solar telescope was successfully launched at 1:37 a.m. EDT June 12 from the Esrange Space Center in Northern Sweden. The telescope, SUNRISE, is a high-resolution stratospheric solar observatory that is aiming to fully understand the structure and dynamics of the solar magnetic field. This will be done through a time series of ultraviolet images and magnetograms. This is the second flight of the SUNRISE payload. (6/12)

New Commander Takes Stage at 45th Space Wing (Sources: Florida Today, USAF)
Lt. Gen. Susan Helms, commander of the 14th Air Force, has officiated command of the 45th Space Wing in Central Florida to Brig. Gen. Nina Armagno. “Armagno is the first person to command both the 30th Space Wing Hawks at Vandenberg Air Force Base…and the 45th Space Wing Sharks… She will do an outstanding job here,” said Helms.

As commander of the 45th Space Wing, Armagno is director of the Eastern Range and responsible for processing and launching government and commercial satellites from Cape Canaveral Air Force Station. She will preside over a base that generates an estimated $1.2 billion and has a population and workforce of nearly 15,000 civilian and military personnel and their families.

Armagno, who last served as commander of the 30th Space Wing and Western Range at Vandenberg Air Force Base in California, assumed command Wednesday morning from outgoing commander Brig. Gen. Anthony Cotton, who heads to a new assignment at the National Reconnaissance Office. (6/13)

Space Mountie Hadfield retires
Independent Online
London – Major Chris Hadfield, the former commander of the International Space Station who captivated millions with his tweets, photos and orbital version of David Bowie’s Space Oddity, has announced his retirement from the space programme. “I’m making 

Space firms gear up for Brevard operations
Florida Today
The Boeing Co. soon will start moving into a former shuttle hangar at Kennedy Space Center, where it will assemble a test article of its CST-100 capsule. SpaceX hopes to launch a pad-abort test of its Dragon capsule in December from Cape Canaveral Air

Space Florida says launchpad is like airport
Orlando Sentinel
WASHINGTON — In trying to sell the idea of building a new rocket pad in Central Florida, Frank DiBello doesn’t make comparisons to “Star Wars,” “Star Trek” or moon landings. Instead, the head of Space Florida relies on a more earthbound analogy: airports.

Space, the final frontier for entrepreneurs
Toronto Star
Although Canadian mining magnate Rob McEwen, CEO of McEwen Mining Inc. and Goldcorp Inc. founder, is a “substantial” Moon Ex investor, Toronto-born Richards fears Canada is in danger of missing the “watershed period for entrepreneurship in space.

Space Florida is pushing for a commercial launch site (rendering) near the
Florida Trend
Space Florida, the state’s aerospace economic development agency, continues to work for a commercial launch site just north of the Kennedy Space Center. The agency, together with the state, has proposed that NASA carve out 150 acres near the 

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