Managers Still Assessing How Progress Crash Will Affect ISS Operations

A previous Progress approach to the Space Station over Earth (NASA)

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Today’s loss of a Russian Progress re-supply ship to the International Space Station will likely have implications to the ISS and crew, said NASA’s Mike Suffredini, who is the space station program manager. But, just how the entire program will be affected is yet to be determined. “We are in a good position, and can go several months without a re-supply vehicle if necessary, due to the supplies delivered by the last shuttle flight,” said Suffredini.

This first post-shuttle era launch of a Progress cargo abruptly ended at about six minutes into the flight when an engine anomaly prompted an engine shutdown, just before the third stage of the Soyuz rocket ignited. The rocket and ship crashed to Earth in eastern Russia, in a sparsely populated area in the Choisk region of the Republic of Altai. No injuries have been reported so far.

“Our Russian colleagues have immediately begun the process of assessing implications of the program and ISS crew, and to assess the data that’s available to try to determine root cause,” Suffredini said at a press briefing shortly after the malfunction. He added everyone is now trying hard “to give our Russian colleagues time to gather data and sort it out and find important details.”

Suffredini said they normally have 30 days of contingency supplies on board, and with the latest (and final) shuttle resupply, they have at least 40-50 extra days of supplies for the current crew. “We’re in a good position logistically to withstand this loss of supplies,” Suffredini said. “And in fact, I would tell you we can go several months without a resupply vehicle if that becomes necessary.”

Since the Russian Soyuz crew module also flies on a Soyuz rocket, albeit a different version, the implications for crew rotation are not yet known, and Russian teams are gathering data to sort out the cause of the malfunction to the normally reliable spacecraft.

Suffredini said the current crew can stay on board extra time if necessary; if a delay for next Soyuz crew goes longer than anticipated, they will bring part of crew home and operate the ISS with crew of three.

Another Progress cargo ship is scheduled to fly in October; Suffredini said if the problem is figured out rather soon, it could probably fly earlier to make up for the loss of this current ship. Additionally, a European ATV supply ship is scheduled to launch in March 2012 and a Japanese HTV cargo ship will likely launch in May 2012.

“There are things we can do to extend our current supplies, but we have no concerns in that area even if nothing flies before ATV in March 2012,” Suffredini said.

The Progress was carrying 2.9 tons of supplies, mainly fuel for a planned station re-boost, water, hygiene supplies, food and other various supplies. Suffredini said no science experiments were on board the Progress, and that there should be enough fuel on board the ISS to do a re-boost, as well as any space debris avoidance maneuvers that might become necessary.

The biggest problem might be a shortage of what Suffredini called “potty supplies,” extra parts and equipment for the bathroom on the station. The specialized toilet includes hardware designed to recycle urine into drinking water.

Currently, Expedition 29 is scheduled to launch for the ISS on Sept. 22, 2011 with a crew of Anton Shkaplerov, Anatoly Ivanishin and Dan Burbank, launching aboard the Soyuz TMA-22 spacecraft. But that launch schedule will be assessed in light of today’s launch failure.

This was the second launch failure in a row — and within a week — for the Russian space program. The Breeze-M upper stage of a Proton rocket malfunctioned last Thursday, putting a communications satellite in the wrong orbit.

First Live 3-D Video From Space

If you’re a space buff, you’ve probably seen IMAX movies like Space Station 3-D or IMAX Hubble 3-D. Those movies require huge, cumbersome cameras to be sent to space and back again, along with lots of editing and processing to create the 3-D effect you can only see in theaters. Now, with a new camera on board the ISS, astronauts can stream live 3-D video back to Earth, showing what it’s like to live and work in space like never before, and it can be seen on your computer screen or television.
Continue reading “First Live 3-D Video From Space”

China To Launch Space Station Module Prototype

During a 2010 presentation at the China Academy of Space Technology a full-scale model of Tiangong 1 was on display.

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China’s space program is in the news again, this time with unconfirmed reports that the Tiangong 1 space lab may be launching into orbit sometime this year – possibly later this month.  Previous news reports cited potential launch dates in 2010 or 2011,  so this launch isn’t too far behind schedule.

What plans does China have for their first orbital space station prototype?

The space lab, named “Tiangong” translates from Mandarin Chinese into English as “Heavenly Palace”.  Weighing just under 9 tons, the prototype module will orbit for two years. China will use the module to practice docking maneuvers and test orbital technologies during the module’s lifetime.

China plans to follow the Tiangong 1 orbital lab with two more lab launches over the next few years to continue testing systems and technologies before starting construction on their own space station in the 2020’s.  Based on China’s current plans, the Tiangong orbital labs will not be used in the Chinese space station.

Artists rendering of a Tiangong module performing a docking procedure with a Shenzhou spacecraft. Image Credit: China Manned Space Engineering Office

Many space analysts believe China’s lack of a perceived “space race” is a potential reason for the country’s slow, methodical space program build-up.  So far, China has only launched three manned space flights:  Shenzhou 5 and Shenzhou 6 ( 2003 and 2005, respectively). China’s first mission to include a spacewalk was Shenzhou 7 (2008).

While China is making great strides with their manned space program, there are no current plans to include China in the ongoing International Space Station project.  Despite several political and technological issues preventing China’s participation in the ISS, recent comments from officials at the China National Space Administration have indicated a willingness to allow other countries to visit the country’s space station once it is operational.

If you’d like to learn more, Universe Today has previous coverage (Jan. 2010) on the Tiangong mission at: http://www.universetoday.com/51506/china-to-launch-space-station-in-2010-or-2011.

You can also visit the China National Space Administration’s website at: http://www.cnsa.gov.cn/n615709/cindex.html

SpaceX: Dragon ISS Bound

The next Dragon spacecraft is prepped for its mission. If all goes according to plan this Dragon will be headed to the International Space Station. Photo Credit: Roger Gilbertson/SpaceX

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Space Exploration Technologies (SpaceX) is preparing its next Dragon spacecraft for a trip to the International Space Station (ISS). SpaceX has worked over the last several months to make sure that the spacecraft is set for the Nov. 30 launch date that has been given to the commercial space company. If all goes according to plan, a little more than a week after launch – the Dragon will dock with the ISS.

NASA has technically agreed to allow SpaceX to combine all of the tests and demonstration activities that were originally slated to take place on two separate flights (COTS demo missions 2 and 3). SpaceX is working to further maximize the cost-effectiveness of this mission by including additional payloads in the Falcon 9’s second stage. These will be deployed after the Dragon separates from the rocket.

The Falcon 9 rocket that will ferry the Dragon spacecraft to orbit sits waiting its launch date at SpaceX's hangar at Cape Canaveral. Photo Credit: SpaceX

“SpaceX has been making steady progress towards our next launch,” said SpaceX’s Communications Director Kirstin Brost-Grantham. “There are a number of challenges associated with berthing with the International Space Station, but challenges are the norm here. With each mission we are making history.”

NASA is waiting to provide final approval of the mission’s combined objectives once any and all potential risks that are associated with the secondary payloads have been worked out.

The Dragon spacecraft needs extra electrical power to conduct station operations. That power is provided via two solar arrays, one of which is seen in this image. Photo Credit: SpaceX

There is a lot riding on the Commercial Orbital Transportation Services (COTS) contract. If crew members on the orbiting laboratory can access the Dragon’s contents and the spacecraft conducts all of its requirements properly – it will go a long way to proving the viability of NASA’s new path toward using commercial spacecraft and it could usher in a new era of how space flight is conducted.

It is hoped that private-public partnerships could lower the cost related to access-to-orbit and in so doing also help to increase the reliability, safety and frequency of space flight.

Clockwise from upper left: The Falcon 9's first stage tank, with domes and barrels for the second stage; the nine Merlin engines in a test stand, the pressure vessel for the CRS-1 Dragon spacecraft; composite interstage structure that joins the stages together. Photo Credit: Roger Gilbertson / SpaceX

SpaceX has been working from milestone to milestone in getting the next mission ready to launch. Just this week the company conducted what is known as a wet dress rehearsal or WDR of the Falcon 9 rocket out at Cape Canaveral Air Force Station’s Space Launch Complex 40 (SLC 40). The Falcon 9 was loaded with propellant and went through all of the operations that lead up to launch – right down to T-1 second. At that point, the launch team stands down and the Falcon 9 is detanked.

SpaceX last launched from SLC 40 last December, during the intervening months the company has worked to upgrade the launch pad. New liquid oxygen or LOX tanks have been installed. These new tanks should streamline loading time from 90 minutes – to under 30 minutes. It is hoped that these efforts will allow the Falcon 9 to move from the hangar to liftoff – in under an hour.

SpaceX has launched the Falcon 9 twice and the Dragon spacecraft once – each completed the primary objectives successfully and helped to establish SpaceX as a leader in the NewSpace movement. SpaceX has inked many lucrative contracts, both domestic and foreign as a result. Besides the COTS contract, SpaceX is also one of the companies that has a contract under the Commercial Crew Development contract (phase-02) or CCDev-02.

This scene might play out for real in the coming months as SpaceX prepares to launch one of its Dragon spacecraft to the International Space Station. Image Credit: SpaceX

Shuttle Duo Nose-to-Nose Rendezvous highlights Retirement Duty

Space Shuttles Discovery and Endeavour meet for a nose-to nose encounter of gaping holes at the Kennedy Space Center on Aug. 11. The two NASA shuttles shorn of spaceflight maneuvering capability swapped locations to continue the transition to retirement and public display at museum in Virginia and California respectively. Credit: Mike Deep for Universe Today.

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To see one shorn shuttle is bad enough. Seeing two NASA space shuttles edged together and voluntarily gutted of their spaceflight capability for lack of Federal Government funding in the prime of their lives is beyond sad.

Two of NASA’s trio of space shuttle orbiters – Discovery & Endeavour – switched locations at the Kennedy Space Center (KSC) on August 11, moving them further down the path to eternal retirement and public exhibit at their future homes in museums. That’s far afield from their intended purpose to soar as spaceships of exploration to the High Frontier.

Space Shuttles Discovery and Endeavour swap locations ahead of nose-to nose rendezvous at KSC on Aug. 11. Discovery is pulled out of the Vehicle Assembly Building (VAB, left) as Endeavour is towed out of Orbiter Processing Facility (OPF-1, right). The two NASA shuttles switched places to continue the transition to retirement. Credit: Ken Kremer (kenkremer.com)

Discovery and Endeavour briefly met in a matchless nose-to-nose configuration for a roadside photo opportunity between the humongous Vehicle Assembly Building (VAB) and the processing hanger – dubbed the Orbiter Processing Facility – where the orbiters are prepared for flight.

Space Shuttle’s Discovery and Endeavour swapped places at KSC so that technicians could resume preparations towards the transition and retirement of shuttle Discovery – the first of NASA’s orbiters to be officially withdrawn from active duty spaceflight service.

First, Discovery was backed out of temporary storage from a high bay inside the VAB. Then Endeavour was towed out of Orbiter Processing Facility-1. Technicians then maneuvered the orbiters to a rendezvous point in between on the ground. Just imagine how grand this vista would have appeared in space.

Discovery and Endeavour approach roadside rendezvous point at KSC on Aug. 11. Discovery departs the VAB (left) as Endeavour departs OPF-1 (right) on the road to permanent retirement. Credit: Ken Kremer

At last Discovery and Endeavour met for the truly sad nosy encounter of gaping holes where the forward reaction control thrusters once fired to meticulously maneuver the shuttles in orbit. Protective plastic sheeting meant to shield the empty thruster bay from FOD – or Foreign Object Debris – was in tatters and whipping wildly in the wind almost from the moment Discovery emerged from the VAB.

The rear ends of both orbiters looked like the main engines had been sawed off. Both orbiters have been stripped of their trio of mighty space shuttle main engines (SSME’s) and duo of bulbous Orbital Maneuvering System (OMS’s) pods for months of decommissioning work.

Discovery was then pulled into the Orbiter Processing Facility-1 (OPF-1) where the next step is to extract even more of her guts, namely the Auxiliary Power Units (APU’s) and associated systems for “safing” over the coming months. In April 2012, Discovery is scheduled to depart KSC forever and be flown off for permanent public display at the Smithsonian’s National Air and Space Museum Steven F. Udvar-Hazy Center in Virginia.

Discovery and Endeavour at roadside rendezvous at KSC. Credit: Mike Deep

Endeavour was towed into the VAB for storage until October, when she will be moved into OPF-2 for further work to ready her for public display at the California Science Center in Los Angles sometime next summer.

Atlantis is next on the chopping block. And America retains zero indigenous capability for human spaceflight.

The situation likely won’t change for at least several years until one of the commercial providers launches a human rated “space taxi” to low earth orbit.

Read my continuing features here about Discovery, Endeavour and Atlantis

Shuttle workers with shuttle tribute banners. Credit: Mike Deep
Perpendicular shorn shuttles at KSC. Credit: Mike Deep

New Opportunity for Students to Reach for the Stars and Send an Experiment to the Space Station

A new opportunity is available to students to have their experiments flown to the ISS. Credit: NAS

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A new opportunity is available for students and teachers to be part of history and fly the very first Student Spaceflight Experiments Program (SSEP) mission to the International Space Station. This program is open to students from any country that is part of the ISS partnership, in grades 5-12 as well as colleges and universities.

This opportunity offers real research done on orbit, with students designing and proposing the experiments to fly to the space station.

“Science is not something that can only be carried out by an elite community of researchers,” Dr. Jeff Goldstein, the Director for the National Center for Earth and Space Science Education told Universe Today. “It’s really just organized curiosity, and can be undertaken by anyone. So to inspire our next generation of scientists and engineers, we thought we’d give students an opportunity to do real scientific research on America’s newest National Laboratory – the International Space Station.”

SSEP is a program that launched in June 2010 by the National Center for Earth and Space Science Education in partnership with NanoRacks, LLC, a company that is working with NASA under a Space Act Agreement as part of the utilization of the International Space Station as a National Laboratory.

Two previous SSEP missions flew on the final shuttle flights, but this is the first to be part of the ISS science program.

NanoRacks hopes to stimulate space station research by providing a very low-cost 1 kilogram platform and other hardware that puts micro-gravity projects within the reach of universities and small companies, as well as elementary and secondary schools through SSEP. So, this is actually a commercial space program and not a NASA program.

On the previous SSEP missions with the space shuttles, 1,027 student team proposals were submitted with 27 experiments selected to fly, representing the 27 communities.

“We know even 5th graders can rise to this challenge and amaze us all,” Goldstein said, “and they already proved it on the final two flights of the Space Shuttle.”

The countries that can participate are the US, Canada, Japan and the European nations that are partners in the ISS program.

SSEP Mission 1 to ISS is now open for registration, with participating communities selected no later than September 30, 2012, so this is time critical.

Goldstein noted there are a significant number of resources that make this process straight-forward, including an instructionally designed recipe allowing teachers to easily facilitate the introduction of the program in the classroom, conduct experiment design, and do the proposal writing.

There are five categories of participation:

Pre-College (the core focus for SSEP) in the U.S., (grades 5-12), with a participating school district—even an individual school—providing stunning, real, on-orbit RESEARCH opportunities to their upper elementary, middle, and high school students

2-Year Community Colleges in the U.S., (grades 13-14), where the student body is typically from the local community, providing wonderful pathways for community-wide engagement

4-Year Colleges and Universities in the U.S., (grades 13-16), with an emphasis on Minority-Serving Institutions, where the program fosters interdisciplinary collaboration across schools and departments, and an opportunity for formal workforce development for science majors

Communities in the U.S. led by Informal Education or Out-of-School Organizations, (e.g., a museum or science center, a homeschool network, a boy scout troop), because high caliber STEM education programs must be accessible to organizations that promote effective learning beyond the traditional classroom

Communities in ISS Partner Nations: EU nations, Canada, and Japan with participation through NCESSE’s Arthur C. Clarke Institute for Space Education.

Goldstein said the program is a U.S. national Science, Technology, Engineering, and Mathematics (STEM) education initiative that gives up to 3,200 students across a community—middle and high school students (grades 5-12), and/or undergraduates the ability to fly their own experiments in low Earth orbit on the International Space Station.

For more information see the SSEP website

Read about the experience of previous SSEP program schools on the space shuttle

Watch a video of Dr. Jeff Goldstein talking about SSEP.

SpaceX: Mars Is Our Future

Could an image similar to this be in our near future? If Elon Musk has his way - the answer is yes. Falcon 9 Image Courtesy of SpaceX - Mars Image Courtesy of NASA

[/caption]Elon Musk is not one to rest on prior accomplishments; he likes to continue to push forward – his plans for the future of commercial space flight reflect that philosophy. He has stated his plans to begin crewed flights to Mars. Musk thinks that humans can set foot on the red planet within the next 10 to 20 years. He stated that the rationale behind mankind becoming a multi-planet species should be obvious to all.

“Ultimately, it is vital that we are on a path to becoming a multi-planet species,” said Musk. “If we don’t then our future isn’t very bright, we’ll simply be hanging out on Earth until some calamity claims us.”

SpaceX's Dragon spacecraft is set to head to the International Space Station this December. SpaceX has plans to use the spacecraft in potential Martian missions. Image Credit: SpaceX

Musk made the announcement of his intent during this month’s meeting of the American Institute of Aeronautics and Astronautics (AIAA) that was held in San Diego, California.

SpaceX would presumably utilize the Falcon Heavy rocket, which is slated to conduct its first launch either at the end of 2012 or the beginning of 2013. Whereas the Falcon 9 features nine engines in its first stage, the Falcon Heavy, being a triple-body design similar of the Delta IV Heavy – would utilize 27 Merlin engines. It is estimated that the Falcon Heavy could send 12 to 15 metric tons to orbit.

The proposed Falcon Heavy is scheduled to launch either some time next year or in the early part of 2013. Image Credit: SpaceX

The spacecraft that would fly any mission to the red planet would theoretically be an offshoot of the vehicle that SpaceX sent to orbit last December, the Dragon. In fact the craft/project has already been dubbed the “Red Dragon.”

NASA currently plans to send astronauts to an asteroid by 2025 and to Mars sometime in the 2030s. If SpaceX is successful, this would be far faster than what the space agency has stated it is capable of accomplishing.

SpaceX has had a number of successes lately. It has successfully launched two of its heavy-lift Falcon 9 rockets, the second of which carried the first of the company’s Dragon spacecraft to orbit. Shortly thereafter the company recovered the vehicle as it bobbed safely in the Pacific Ocean after returning safely to Earth. The feat of sending spacecraft to and from orbit had only been accomplished by nations before this.

The NewSpace firm is working to speed up the timeline of the Commercial Orbital Transportation Services (COTS) contract, worth an estimated $1.6 billion, that the company has with NASA. SpaceX has requested and technically received permission to send the next Dragon spacecraft to the International Space Station (ISS) this December. Originally this flight would have been a flyby of the orbiting laboratory to test out several of the spacecraft’s key operating systems. However, one of the ISS partners, Russia, has yet to sign off on this plan however.

Musk wants to see his "Red Dragon" on the surface of Mars within the next 20 years. Image Credit: SpaceX

The California-based company was also tapped to participate in NASA’s Crew Commercial Development contract (phase 2) – more commonly known as CCDev-02. SpaceX was selected along with Boeing, Sierra Nevada Corporation and Blue Origin. Each firm was awarded a different cash sum to accomplish the proposals that they had set forth.

SpaceX is a company whose scope appears to be rapidly expanding. The announcement at the AIAA by Musk appears to highlight this fact. Mars has long been the destination of choice for many within the space community. Funding and logistics woes have delayed the first manned mission from ever taking place. It remains to be explained how the mission will be flown, will it be unilateral, multi-national or some other mixture? Will private industry take the lead? For his part Musk has thrown down the gauntlet – “Red Dragon” could fly as early as 2018.

SpaceX toured the Dragon spacecraft that flew to orbit this past December around the country in order to demonstrate the company's growing capabilities. Photo Credit: Jason Rhian

What Does the Moon Look Like from Space?

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Earth's thin line of atmosphere and a gibbous moon are featured in this image photographed by astronaut Ron Garan. Credit: NASA/Ron Garan. Click for larger version

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Ah, the Moon! Earth’s constant companion and the subject of songs, poetry, and many an astrophoto here on Universe Today. But we always gaze upon the Moon under the cover of Earth’s atmosphere. Does it look any different from up above the world so high? Astronauts from the ISS have taken plenty of pictures of the Moon, and here are a couple recent and notable lunar images. The one above is of a crescent Moon taken in March of this year (2011) — notice the bright crescent sliver present even while the entire moon is visible. Here, the Moon looks teeny tiny. Below is another view of a bigger, but still crescent Moon as seen from the ISS.


The Moon as seen by astronaut Ron Garan on the ISS on July 31, 2011. Credit: NASA/ Ron Garan

Expedition 28 astronaut Ron Garan took this image just a few days ago on July 31, 2011 from the International Space Station. This is such a stunning image, it was featured on NASA’s Image of the Day Gallery. Garan noted the view saying, “We had simultaneous sunsets and moonsets.” For anyone in orbit, this extraordinary event is a daily occurrence. Since the station orbits the Earth every 90 minutes, each day the crew experiences such a view about 16 times a day.

See more from Ron Garan on his Twitpic page.

Atlantis Final Crew and NASA thank Shuttle Workforce with space flown Tribute Banner

To The Shuttle Workforce – Thanks for 30 Years of Adventures. Commemorative banner flown to the ISS and back by the STS-135 shuttle crew, in thanks for more than 30 years of hard work and dedication by the Space Shuttle workforce preparing the space shuttles for 135 missions to space. STS-135 Crew from left; Mission Specialists Sandra Magnus and Rex Walheim, Pilot Doug Hurley and Shuttle Commander Chris Ferguson

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Following the majestic predawn touchdown of Space Shuttle Atlantis at the Kennedy Space Center (KSC) to close out the Space Shuttle Era, the final crew of Atlantis, NASA Administrator Charles Bolden and KSC Director Bob Cabana thanked the Space Shuttle workforce for their dedication and hard work at an employee appreciation event held outside the processing hangers where the orbiters were prepared for the 135 shuttle missions flown by NASA over more than thirty years.

The four person crew of Atlantis on the STS-135 mission flew a special commemorative banner millions of miles to the International Space Station and back in honor of the thousands of workers who processed, launched and landed America’s five space shuttles. They unfurled the banner at the employee event at KSC in tribute to the shuttle workers.

“It’s great to be here in sunny Florida,” said STS 135 Commander Chris Ferguson. “Mike Leinbach [ the Space Shuttle Launch Director] said there was no way he’d let us land in California.”

“We want to express our gratitude on behalf of the astronaut office for everything you have done here at KSC, the safety you have built into the vehicles, the meticulous care that you take of the orbiter. As soon as we got on orbit, I was absolutely amazed that everything in Atlantis works so well. Everything looks beautiful on the inside.”

STS-135 crew and space flown tribute banner to Space Shuttle workforce. Credit: NASA

“I hope you all believe that every time we go, we take a little bit of every one of you with us,” Ferguson emphasized.

Atlantis was parked at the event as a backdrop for photo opportunities with the thousands of shuttle workers in attendance – along with over a hundred journalists including the Universe Today team of Alan Walters and Ken Kremer.

“Like Chris said, our one landing option was getting back to Florida and you all rather than anywhere else. It felt like being home again. Thank you for everything you have all done over the last 30+ years,” said Doug Hurley.

“We treated Atlantis with the utmost respect because we see firsthand how you process this vehicle and it is your baby,” said Rex Waldheim. “It is clean and well cared for. We did that for you because you all did such a great job preparing it for us.”

“You are such a special work force,” added Sandy Magnus. “There is no workforce like the space program workforce anywhere in the world. The pride, care, dedication and passion you take in your work is what makes it possible to have these very challenging missions and to succeed. You have to do everything right all of the time. And you DO. And you make it look easy!! Congratulations!”

The STS-135 crew then unfurled the colorful banner taken to the ISS aboard Atlantis to commemorate NASA’s Space Shuttle Era.

“We took this banner with us to space and this is our way of telling you that you guys rock ! We will present this to Mike Leinbach and Bob Cabana as just a small token of our appreciation for all the work you’ve done for us. Thank you for such a wonderful vehicle,” Ferguson summed up.

KSC Director Bob Cabana thanks the Shuttle Workforce. Credit Alan Walters (awaltersphoto.com)

The crew then waved good bye to the thousands of shuttle workers, posed with Atlantis one last time and departed with their families for a homecoming celebration at their training base at the Johnson Space Center in Houston, Texas.

Atlantis was then towed a few hundred yards (meters) and came to rest inside the Orbiter Processing Facility to conclude her final spaceflight journey as the last of NASA’s flight worthy Space Shuttle Orbiters. She has began decommissioning activities due to last several months to prepare for her future retirement home at the Kennedy Space Center Visitor Complex (KSCVC) just a few miles (km) away.

STS-135 crew pose with Atlantis and wave farewell to shuttle workforce at KSC. Credit: Ken Kremer (kenkremer.com

Atlantis permanent new abode at KSCVC is set to open in 2013 where she will be genuinely displayed bearing scorch marks from reentry and as though “In Flight” with payload bays doors wide open for the general public to experience reality up close.

For some 1500 shuttle workers, the day’s proceedings were both joyous and bittersweet – as their last full day of employment and last chance to bask in the glow of the triumphant conclusion of the Shuttle Era.

NASA Administrator Charles Bolden congratulates the Shuttle Workforce. Credit Alan Walters (awaltersphoto.com)
STS-135 say farewell to Atlantis and shuttle workforce at KSC. Credit: Ken Kremer
NASA shuttle workers welcome STS-135 crew at employee appreciation event. Credit Alan Walters (awaltersphoto.com)