Managers Still Assessing How Progress Crash Will Affect ISS Operations

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

[/caption]

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”

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

[/caption]

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.

What Does the Moon Look Like from Space?

Aeronomy
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

[/caption]

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.

SpaceX Pushes for Mission to Space Station on Next Flight

A concept drawing of the Dragon spacecraft approaching the ISS. Credit: SpaceX

[/caption]

NASA and SpaceX have “technically” agreed to allow the Dragon capsule to dock with the International Space Station this fall, according to SpaceX’s Twitter feed. The Dragon capsule is currently – and tentatively — scheduled to launch aboard a Falcon 9 rocket on November 30, and berth with the ISS 9 days later. Originally, the Dragon was scheduled to just rendezvous and station-keep with the space station on this second flight for Dragon and then dock on a subsequent flight. But after the successful test flight for the first Dragon capsule in Dec. 2010, SpaceX asked NASA to combine the two missions.


“We technically have agreed with SpaceX that we want to combine those flights,” said William Gerstenmaier, NASA’s associate administrator for space operations, speaking at the post-launch press conference for the STS-135 final shuttle mission. “We are doing all the planning to go ahead and have those missions combined, but we haven’t given them formal approval yet.

With today’s Twitter post from SpaceX, it appears things are moving in the direction of making the move official.

SpaceX’s flights are part of NASA’s COTS (Commercial Orbital Transfer Service) program, and by allowing SpaceX to dock with the ISS sooner rather than later would combine COTS II and III flights.

Will Dragon be doing any official cargo transfer? A NASA experiment called Materials International Space Station Experiments (MISSE) #8 has a reservation with SpaceX to fly back to Earth on a Dragon capsule.
MISSE is a brief-case sized experiment that tests all sorts of materials like polymers and other composites and coatings, along with hardware such as switches, sensors and mirrors, exposing them to the vacuum of space. The experiment is attached to the outside of the ISS and opened to expose the materials.

To dock with the ISS, the Dragon capsule would need to be equipped with solar arrays and other equipment on board the spacecraft would need to be upgraded from the configuration Dragon had for the Dec. 2010 test flight.

Sources: SpaceX Twitter, AL.com

Manhattan-Sized Ice Island Seen From Space

An iceberg the size of Manhattan drifts off the coast of Labrador

[/caption]

Taken by NASA astronaut and Expedition 27 flight  engineer Ron Garan, this image shows the Petermann Ice Island (PII-A) currently adrift off the coast of Labrador. The island is a chunk of ice that broke off the Petermann Glacier in Greenland in August of 2010 and has been moving slowly southward ever since. It is currently about 21 square miles (55 square km) in size – nearly the same area as Manhattan!

Garan’s original photo was posted to his Twitter feed earlier today… I cropped the full-size version, rotated it so that south is down and edited it to bring out surface details in the island. Ridges in its surface can be seen as well as many bright blue meltwater ponds.

"Another look at that lonely iceberg from space... can you find it?" @Astro_Ron

Overlaid on the left side is an approximate scale size of Manhattan. This thing is BIG!

PII-A is currently drifting toward Newfoundland but is unlikely to reach land… its base will run against the sea floor long before that. But it has been reported to be posing a problem for ships and offshore oil rigs. (Read more about PII-A on NASA’s Earth Observatory site here.)

When he’s not performing other duties aboard the Space Station, Ron Garan posts photos of Earth from orbit on his Twitter feed (@Astro_Ron) and also on his website FragileOasis.org, thereby sharing his unique and privileged perspective on our world. Founded by Garan, Fragile Oasis is a site that supports and publicizes many global projects supporting humanitarian and environmental missions. Visit, become a member, and you too can “learn, act, and make a difference.” After all, who better than an astronaut would know how much our world is connected, and how fragile it really is!

Image credit: NASA / Ron Garan. Edited by Jason Major.

PS: If you want an idea of how something like this would look like up close, check out this video below taken from a ship near one of the smaller pieces of the ice island!

_______________________

Jason Major is a graphic designer, photo enthusiast and space blogger. Visit his website Lights in the Dark and follow him on Twitter @JPMajor or on Facebook for the most up-to-date astronomy awesomeness!

A Space Shuttle On the Sun, One Last Time

Atlantis crosses the face of the Sun July 21st 2011 at 08:27:48 UT, just 21 minutes before the shuttle's deorbit burn to return to Earth. Credit: Thierry Legault.

[/caption]

If you’re like me, you were probably wondering if photographer Thierry Legault would have the opportunity to photograph space shuttle Atlantis in orbit during the final mission of the shuttle program. Regular UT readers will recall that Legault has taken several amazing images of the space shuttle and International Space Station from the ground with his specialized equipment, with many spectacular views of the spacecraft transiting across the face of the Sun or the Moon. It took a mad dash across Europe, but he was successful in chasing down the shuttle, capturing it crossing the face of the Sun several times, and once — just in the nick of time (above) — just minutes before the Atlantis’ final deorbit burn.

“I went to Czech Republik, then Germany and now I’m in Netherlands, on my way back to Paris,” Legault said in a note he sent to Universe Today. “The last transit has been taken Thursday morning, just 21 minutes before the deorbit burn, therefore there are chances that is the last image of a space shuttle in orbit.”

Earlier in the mission, he was able to catch the ISS and shuttle just 50 minutes after Atlantis undocked from the station, so his images capture historic moments of the final shuttle mission.

In addition, this stunning view shows Atlantis docked to the ISS:

Atlantis during the STS-135 mission docked to the International Space Station, July 15, 2011. Credit: Thierry Legault.

Legault said this solar transit of Atlantis docked to the ISS was taken on July 15th from France (Caen, Normandy). Transit duration: 0.7s. ISS distance to observer: 520 km. Speed in orbit: 7.5km/s (27000 km/h or 17000 mph).

Atlantis appears on four images as it crossed the Sun, in this composite image. Credit: Thierry Legault. Click for larger version

Four images of Atlantis crossing the face of the Sun taken on July 21st 2011 at 08:27:48 UT, and combined into one image. The images were taken just 21 minutes before Atlantis’ deorbit burn, from the area of Emden, NW Germany. Transit duration: 0.9s. Distance to observer: 566 km. Speed in orbit: 7.8 km/s.

A Calsky image below shows the last miles of Atlantis in orbit with the transit site in Europe, the deorbit burn position and the landing site in Florida. Image courtesy Thierry Legault.
Atlantis and the ISS side by side, 50 minutes after undocking. Credit: Theirry Legault. Click for larger version, and full version of the Sun's face.

Solar transit taken on July 19th at 7:17 UT from Czech Republik (North of Praha), showing Atlantis and the ISS side by side, 50 minutes after undocking. Transit duration: 1s. ISS distance to observer: 676 km.

Many thanks to Thierry Legault for sharing his images with Universe Today, and taking us along on the ride of his travels across Europe to capture the final space shuttle mission in a way that only he can!

See more at Thierry Legault’s website.

Atlantis Undocks from ISS; Farewell for Shuttle

The crew of STS-135 are now on the homestretch of their mission. At 2:28 a.m. EDT Tuesday, space shuttle Atlantis undocked from the International Space Station while the spacecraft were 243 miles above the Pacific. Atlantis spent eight days, 15 hours and 21 minutes docked to the ISS.

Atlantis is scheduled to make its first attempt to land at NASA’s Kennedy Space Center on Thursday, July 21, at 5:56 a.m. EDT.

Awesome Aurora Photographed by Shuttle/ISS Crews

A panoramic view of Earth taken from the ISS, with shuttle Atlantis docked to the station. Aurora Australis or the Southern Lights can be seen on Earth's horizon and a number of stars also are visible. Credit: NASA

[/caption]

The STS-135 crew of space shuttle Atlantis and the Expedition 28 crew of the International Space Station were treated with great views of the Aurora Australis. Here’s one shot the crews photographed, showing a panoramic view of the station/shuttle complex along with several different astronomical beauties! The aurora shows up brightly, but what else is in the image? Looking closely –and southern hemisphere observers might recognize some objects better — but do you see the globular cluster Omega Centauri, the Coalsack Nebula and the Southern Cross? Anyone see anything else?

See below for another great aurora shot from the ISS, where the green glow shows up even better:

The Southern Lights or Aurora Australis as seen from the space station and space shuttle. Credit: NASA

These images were taken on Thursday during one of the “night” passes for the station/shuttle. The astronauts mentioned the aurora during media interviews on Friday. “We saw an incredible Southern Lights aurora,” said STS-135 pilot Doug Hurley. “It was the best one I’ve seen in my two spaceflights. It was just unbelievable, the view out the cupola.”

See larger views on NASA’s mission gallery page.