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Showing posts with label Nasa. Show all posts
Showing posts with label Nasa. Show all posts

Tuesday, November 1, 2011

Chinese Shenzhou craft launches on key space mission


BBC News
The Shenzhou 8 spacecraft is lifted into orbit by a Long March 2F rocket
China has taken the next step in its quest to become a major space power with the launch of the unmanned Shenzhou 8 vehicle.

The spacecraft rode a Long March 2F rocket into orbit where it will attempt to rendezvous and dock with the Tiangong-1 lab, launched in September.

It would be the first time China has joined two space vehicles together.

The capability is required if the country is to carry through its plan to build a space station by about 2020.

The Long March carrier rocket lifted away from the Jiuquan spaceport in the Gobi Desert at 05:58, Tuesday (21:58 GMT Monday). TV cameras relayed the ascent to orbit.

Artist's impression of docking  
It will be a couple of days before Shenzhou 8 is in a position to attempt the docking
 
Shenzhou separated from the rocket's upper-stage about nine minutes into the flight. Confirmation that its solar panels had been deployed was received a short while after.

It will be a couple of days before Shenzhou is in a position to attempt the docking, which will occur some 340km above the Earth.

The vehicles will be using radar and optical sensors to compute their proximity to each other and guide their final approach and contact.

The pair will then spend 12 days circling the globe together before moving apart and attempting a re-docking. Finally, Shenzhou 8 will detach and its return capsule will head back to Earth.
 
This will allow experiments carried into orbit to be recovered for analysis. The German space agency has supplied an experimental box containing fish, plants, worms, bacteria and even human cancer cells for a series of biological studies.

Tiangong graphic
  • Tiangong-1 was launched in September on a Long March 2F rocket
  • The unmanned laboratory unit was put in a 350km-high orbit
  • Shenzhou 8 will will try to rendezvous and dock with Tiangong-1
  • The project will test key technologies such as life-support systems
  • China aims to start building a 60-tonne space station by about 2020
Assuming the venture goes well, two manned missions (Shenzhou 9 and 10) are likely to try to make similar dockings in 2012.
SIMBOX  
Shenzhou 8 carries experiments developed with the German space agency
 
Chinese astronauts - yuhangyuans - are expected to live aboard the conjoined vehicles for up to two weeks. There is speculation in the Chinese media that one of these missions could also include the country's first female yuhangyuan.

The 10.5m-long Tiangong-1 module was launched on 29 September and has been operating well, according to Chinese officials.

Its orbit has been lowered slightly and the vehicle turned 180 degrees in preparation for its upcoming union with Shenzhou 8.

Beijing sees the Tiangong and Shenzhou dockings as the next phase in its step-by-step approach to acquiring the skills of human spaceflight operations.

It is a learning curve China hopes will eventually lead to the construction of a space station, starting at the end of the decade.

At about 60 tonnes in mass, this future station would be considerably smaller than the 400-tonne international platform operated by the US, Russia, Europe, Canada and Japan, but its mere presence in the sky would nonetheless represent a remarkable achievement.

Tiangong-1 (AP)  
Tiangong-1 was launched in September
Concept drawings describe a core module weighing some 20-22 tonnes, flanked by two slightly smaller laboratory vessels.

Officials say it would be supplied by freighters in exactly the same way that robotic cargo ships keep the International Space Station (ISS) today stocked with fuel, food, water, air, and spare parts.

China is investing billions of dollars in its space programme. It has a strong space science effort under way, with two orbiting satellites having already been launched to the Moon and a third mission expected to put a rover on the lunar surface.

Next week should see its first Mars orbiter - Yinghuo-1 - begin its journey to the Red Planet.

The Asian country is also deploying its own satellite-navigation system known as BeiDou-Compass.
Bigger rockets are coming, too. The Long March 5 will be capable of putting more than 20 tonnes in a low-Earth orbit. This lifting muscle, again, will be necessary for the construction of a space station.

Boeing to Build Spacecraft at Shuttle Hangar

Associated Press
http://www.foxnews.com/
Boeing Space Capsule Design


Boeing is taking over one of NASA's old space shuttle hangars to build a new capsule that the company hopes will lift astronauts to orbit in four or five years.

More than 100 Boeing, NASA and state and federal officials gathered in the massive empty hangar -- Orbiting Processing Facility No. 3 -- for the announcement of the first-of-its-kind agreement allowing a private company to take over the government property.


The aerospace company expects to create 550 high-tech jobs at Kennedy Space Center over the next four years, 140 of them by the end of next year. That's less than 10 percent of the approximately 6,000 shuttle jobs lost in Florida over the past several years, but Gov. Rick Scott and other lawmakers at the ceremony said they expect additional hirings by the commercial space industry.

NASA is counting on companies like Boeing, Space Exploration Technologies Corp. and others to ferry cargo and astronauts to and from the International Space Station in three to five years. Until then, the space agency will continue to shell out tens of millions of dollars per seat on Russian Soyuz spacecraft.

The Soyuz is the only way to get astronauts to and from the space station, ever since Atlantis returned from the final shuttle flight in July. A Soyuz rocket failure in August highlighted the risk of relying on just one type of craft.
During Monday's hourlong ceremony, lawmakers said the commercial industry is America's last hope, anytime soon, for U.S. astronauts to fly on U.S. spaceships from U.S. soil.

The Obama Administration requested $850 million in NASA's 2012 budget for the commercial space effort. The House slashed that to $312 million, but the Senate got it to $500 million, a reasonable figure given the nation's current economic situation, said Sen. Bill Nelson, D-Fla., a one-time space shuttle flier.

Boeing expects to start removing shuttle platforms and modifying the hangar to suit its own purposes in the next few months.

John Mulholland, vice president and program manager of commercial programs for Boeing, said it will be sad to see all the shuttle equipment go.

"The shuttle's such an iconic vehicle. These marvelous buildings have a lot of memory," said Mulholland, a former shuttle manager. "But you've always got to be looking forward. So while the shuttle is remarkable, we're looking forward to the next phase of space exploration."

Boeing wants to ferry astronauts not only to the International Space Station, but to a commercial scientific outpost planned for orbit by Bigelow Aerospace. Each capsule will hold seven people. A test flight is planned by 2015.

The agreement calls for Boeing to use the hangar for 15 years, with an option to renew for another five. Then it will be up to Boeing to demolish the building, on NASA's get-rid-of list. Boeing is not paying NASA any rent, officials stressed, but rather will cover all operation costs and utilities.

The hangar is 197 feet long, 1,650 feet wide and 95 feet high. It was last used to ready the shuttle Discovery for its final launch earlier this year.

NASA wants to turn the space center -- long a government-only local -- into a multi-user spaceport. Other buildings are also up for grabs. Space Florida, a state agency, is working on more deals.

Tourists, meanwhile, are about to gain entree into areas that were once strictly off limits.

On Tuesday, the Vehicle Assembly Building -- where fuel tanks and booster rockets were attached to space shuttles -- will open its doors to public bus tours for the first time since 1978.

Throughout the ceremony, NASA officials and others stressed that Kennedy Space Center is not going out of business.
"Ladies and gentlemen, the dream is alive," Nelson told the crowd.

NASA relinquished its shuttle fleet to concentrate on new rockets and spacecraft that will be able to carry astronauts beyond low Earth orbit. An asteroid is the first stop. Mars is the prize.

Friday, August 19, 2011

Russia and Europe to Send Man to Mars?


Analysis by Ian O'Neill

From http://news.discovery.com/

Mars-gale-crater-zoom
Image credit: NASA/JPL-Caltech/Doug Ellison

It's usually the assumption that the first man or woman to first set foot on Martian dirt will be American. After all, the only men to walk on the lunar surface were employed by NASA.

This assumption could be turned on its head if a recent announcement by the head of the European Space Agency (ESA) follows through.

Speaking to reporters at an air show near Moscow on Wednesday, Jean-Jacques Dordain said ESA and Roskosmos (the Russian space agency) would "carry out the first flight to Mars together," according to RIA Novosti.


Naturally, there's no promise of a target date, but Dordain's announcement underscores an important fact: to get humanity to Mars, international collaboration will be desirable. Perhaps even essential.

Interestingly, one of the key deciding factors for the joint ESA/Roscosmos proposition appears to be the Russian Mars500 project. Mars500 is a 520-day simulated "mission" to the Red Planet being run by Russia's Institute of Biomedical Problems. ESA is also involved in the project.

SEE ALSO: 'Mars Mission' Crew to Spend 520 Days in Isolation

In November, the crew of Mars500 are set to be released from confinement when they "return to Earth." The crew of six men (controversially, no women were selected to participate) are currently enduring the confines of a 550-cubic-meter (19,400-cubic-foot) mock spaceship, studying the physiological and psychological impact of an 18 month return trip to Mars.

As I discussed in a recent Discovery News article (read "To Make Mankind Great Again, Push to Mars"), a huge amount of energy is being directed into planning for mankind's "next great step," but politics and money all-too-often gets in the way of any real progress being made.

Perhaps ESA and Roscosmos can sidestep the worst financial issues by combining resources and setting their international sights on Mars. After all, landing a human on an alien world should be an international effort, but whether or not this happens remains to be seen.

Wednesday, August 10, 2011

Evidence Found For Space Created DNA

From: http://www.space.com/



Its been speculated for years that the molecules found in meteorites that carry genetic instructions - the building blocks for life - were created during their epic flight to their new home, Earth. Recent scientific analysis supports the claims.
Credit: NASA/GSFC

Thursday, August 4, 2011

This Is What the Moon Looks Like From Space

From: http://www.nasa.gov/

Monday, August 1, 2011

SpaceX readies November launch to International Space Station

From: http://venturebeat.com/

Space Exploration Technologies (SpaceX), run by Tesla Motors chief executive and PayPal mafioso Elon Musk, is looking at a November launch for its second private space flight to the International Space Station.
It’s one of the first of several launches for the company as part of a 12-flight cargo mission to supply the International Space Station now that the U.S. space shuttle program has ended. SpaceX secured $1.6 billion in funding to run the mission.

“I think it’s a really exciting time for space, because for the first time in several decades we had a very real prospect of fielding multiple human space vehicles,” Virgin Galactic CEO George Whitesides told VentureBeat. “That’s good for the U.S., it encourages innovation and also provides more than one option, which means it’s more reliable.”

The National Aeronautics and Space Administration (NASA) is currently discussing developing an in-line, disposable space vehicle that would put between 70 and 130 tons of cargo into orbit. Those rockets are primarily planned for exploration beyond low-Earth orbit, Whitesides said. But there’s plenty of room for a company to handle cargo missions and sub-orbital travel, he said.

There’s also room for companies that specialize in space tourism, like Virgin Galactic. That company sells tickets for flights in sub-orbital paths above the Earth for around $200,000, while there are companies in Russia that sell tickets for orbital flights for around $65 million each ticket.

“My sense is that we’ll (Virgin Galactic) be the next american company that sends humans into space,” he said. “Obviously it’s sub-orbital versus orbital, but I think our general expectation whether it’s sub-orbital or orbital is that over time prices will come down.”

SpaceX is one of two companies NASA has contracted to fly cargo missions to the International Space Station now that the shuttle program has ended. NASA has also contracted Orbital Sciences to launch cargo missions to the space station.

SpaceX has raised $500 million from investors and $300 million in funding from NASA. The company was the first to send a private space capsule into orbit and bring it back to Earth in December.

Thursday, July 28, 2011

Space Station to Be Sunk After 2020

The large complex would pose a space debris risk if left in orbit after its life cycle.

from: http://news.discovery.com/
space station
The International Space Station is seen with the docked space shuttle Endeavour in this photo taken on May 23. Click to enlarge this image.
NASA


Russia and its partners plan to plunge the International Space Station (ISS) into the ocean at the end of its life cycle after 2020 so as not to leave space junk, the space agency said on Wednesday.

"After it completes its existence, we will be forced to sink the ISS. It cannot be left in orbit, it's too complex, too heavy an object, it can leave behind lots of rubbish," said deputy head of Roskosmos space agency Vitaly Davydov.

"Right now we've agreed with our partners that the station will be used until approximately 2020," he said in comments released on Wednesday.

WIDE ANGLE: The Shuttle's Final Countdown

Space junk is becoming an increasingly serious headache.
A piece of space debris narrowly missed the space station last month in a rare incident that forced the six-member crew to scramble to their rescue craft.

The ISS, which orbits 220 miles above Earth, is a sophisticated platform for scientific experiments bringing together space agencies from Russia, the United States, Europe, Japan, and Canada.

SEE ALSO: Casting a Net for Space Debris
 
Launched in 1998, the ISS was initially expected to remain in space for 15 years until an agreement was reached to keep it operating through 2020.

By going into a watery grave, the ISS will repeat the fate of its predecessor space station Mir which Russia sank in the Pacific Ocean in 2001 after 15 years of service.

Moscow this month proclaimed the beginning of "the era of the Soyuz" after the U.S. shuttle's last flight left the Russian system as the sole means for delivering astronauts to the ISS.

Russia is currently developing a new space ship to replace the Soyuz capsule which is single-use, except for the section in which spacemen return to Earth, said Davydov.

SEE ALSO: The Shuttle Is Dead; Long Live The Politics

Tests of the ship will begin after 2015 and it will have "elements of multi-use whose level will be much higher than they are today," he said, adding that Russia will compete with the United States in building the new-generation ship.

"We'll race each other."

Davydov said it remains unclear what will come after the ISS and whether mankind will see the need for a replacement orbiting close to Earth.

"Lots of our tasks are still linked to circumterrestrial space," he said, while adding that a new space station could be used as a base for building complexes that will explore deeper into space.

"I cannot rule out that it will be used to put together, create the complexes that in the future will fly to the Moon and Mars," he said, stressing that "a serious exploration" could not be done without manned flights.

Thursday, July 21, 2011

Atlantis lands to end space shuttle era

Atlantis is scheduled for a pre-dawn touch-down at Florida's Kennedy Space Center on July 21






CAPE CANAVERAL, Fla. (AP) — Atlantis and four astronauts returned from the International Space Station in triumph Thursday, bringing an end to NASA's 30-year shuttle journey with one last, rousing touchdown that drew cheers and tears.

A record crowd of 2,000 gathered near the landing strip, thousands more packed Kennedy Space Center and countless others watched from afar as NASA's longest-running spaceflight program came to a close.
"After serving the world for over 30 years, the space shuttle's earned its place in history. And it's come to a final stop," commander Christopher Ferguson radioed after Atlantis glided through the ghostly twilight and landed on the runway.

"Job well done, America," replied Mission Control.

With the shuttle's end, it will be another three to five years at best before Americans are launched again from U.S. soil, with private companies gearing up to seize the Earth-to-orbit-and-back baton from NASA.


The long-term future for American space exploration is just as hazy, a huge concern for many at NASA and all those losing their jobs because of the shuttle's end. Asteroids and Mars are the destinations of choice, yet NASA has yet to settle on a rocket design to get astronauts there.

Thursday, though, belonged to Atlantis and its crew: Ferguson, co-pilot Douglas Hurley, Rex Walheim and Sandra Magnus, who completed a successful space station resupply mission.

Atlantis' main landing gears touched down at 5:57 a.m. sharp, with "wheels stop" less than a minute later.
"The space shuttle has changed the way we view the world and it's changed the way we view our universe," Ferguson radioed from Atlantis. "There's a lot of emotion today, but one thing's indisputable. America's not going to stop exploring.

"Thank you Columbia, Challenger, Discovery, Endeavour and our ship Atlantis. Thank you for protecting us and bringing this program to such a fitting end."

The astronauts' families and friends, as well as shuttle managers and NASA brass, were near the runway to welcome Atlantis home. Difficult to see in the darkness, Atlantis was greeted with cheers, whistles and shouts. Soon, the sun was up and provided, finally, a splendid view. Within an hour, Ferguson and his crew were out on the runway and swarmed by well-wishers.

"The things that we've done have set us up for exploration of the future," said NASA Administrator Charles Bolden Jr., a former shuttle commander. "But I don't want to talk about that right now. I just want to salute this crew, welcome them home."

Nine-hundred miles away, flight director Tony Ceccacci, who presided over Atlantis' safe return, choked up while signing off from shuttle Mission Control in Houston.

"The work done in this room, in this building, will never again be duplicated," he told his team of flight controllers.

At those words, dozens of past and present flight controllers quickly streamed into the room, embracing one another, wiping their eyes and snapping pictures.

NASA's five space shuttles launched, saved and revitalized the Hubble Space Telescope; built the space station, the world's largest orbiting structure; and opened the final frontier to women, minorities, schoolteachers, even a prince. The first American to orbit the Earth, John Glenn, became the oldest person ever in space, thanks to the shuttle. He was 77 at the time; he turned 90 this week.

Born with Columbia in 1981, it was NASA's longest-running space exploration program.

"I haven't cried yet, but it is extremely emotional," said Karl Ronstrom, a photographer who helps with an astronaut scholarship fund. He witnessed the first shuttle launch as a teenager and watched the last shuttle landing as a middle-aged man.

It was truly a homecoming for Atlantis, which first soared in 1985. The next-to-youngest in NASA's fleet will remain at Kennedy Space Center as a museum display.

This grand finale came 50 years to the day that Gus Grissom became the second American in space, just a half-year ahead of Glenn.

Atlantis — the last of NASA's three surviving shuttles to retire — performed as admirably during descent as it did throughout the 13-day flight. A full year's worth of food and other supplies were dropped off at the space station, just in case the upcoming commercial deliveries get delayed. The international partners — Russia, Europe, Japan — will carry the load in the meantime.

It was the 135th mission for the space shuttle fleet, which altogether flew 542 million miles and circled Earth more than 21,150 times over the past three decades. The five shuttles carried 355 people from 16 countries and, altogether, spent 1,333 days in space — almost four years.

Two of the shuttles — Challenger and Columbia — were destroyed, one at launch, the other during the ride home. Fourteen lives were lost. Yet each time, the shuttle program persevered and came back to fly again.
The decision to cease shuttle flight was made seven years ago, barely a year after the Columbia tragedy. President Barack Obama nixed President George W. Bush's lunar goals, however, opting instead for astronaut expeditions to an asteroid and Mars.

Last-ditch appeals to keep shuttles flying by such NASA legends as Apollo 11's Neil Armstrong and Mission Control founder Christopher Kraft landed flat.

It comes down to money.

NASA is sacrificing the shuttles, according to the program manager, so it can get out of low-Earth orbit and get to points beyond. The first stop under Obama's plan is an asteroid by 2025; next comes Mars in the mid-2030s.

Private companies have been tapped to take over cargo hauls and astronaut rides to the space station, which is expected to carry on for at least another decade. The first commercial supply run is expected late this year, with Space Exploration Technologies Corp. launching its own rocket and spacecraft from Cape Canaveral.
None of these private spacecraft, however, will have the hauling capability of NASA's shuttles; their payload bays stretch 60 feet long and 15 feet across, and hoisted megaton observatories like Hubble. Much of the nearly 1 million pounds of space station was carried to orbit by space shuttles.

Astronaut trips by the commercial competitors will take years to achieve.

SpaceX maintains it can get people to the space station within three years of getting the all-clear from NASA. Station managers expect it to be more like five years. Some skeptics say it could be 10 years before Americans are launched again from U.S. soil.

An American flag that flew on the first shuttle flight and returned to orbit aboard Atlantis on July 8, is now at the space station. The first company to get astronauts there will claim the flag as a prize.

Until then, NASA astronauts will continue to hitch rides to the space station on Russian Soyuz spacecraft — for tens of millions of dollars per seat.

After months of decommissioning, Atlantis will be placed on public display at the Kennedy Space Center Visitors Complex. Discovery, the first to retire in March, will head to a Smithsonian hangar in Virginia. Endeavour, which returned from the space station on June 1, will go to the California Science Center in Los Angeles.

Ferguson said the space shuttles will long continue to inspire.

"I want that picture of a young 6-year-old boy looking up at a space shuttle in a museum and saying, 'Daddy, I want to do something like that when I grow up.' "


___
AP writers Mike Schneider at Cape Canaveral and Seth Borenstein in Houston contributed to this report.
___
Online:
NASA: http://www.nasa.gov/shuttle

Friday, July 15, 2011

7 Awesome Images That Will Make You Mourn The Space Shuttle

From:  http://www.cracked.com/

Last week marked the final official mission of the Space Shuttle. It's over: No more manned space missions on the agenda. As of now, America is pursuing a "flexible path" space-flight program, which essentially means we have nothing. They'll say the program died because of funding cuts and age, but that's not the whole story. Astronauts and the Space Shuttle used to reign as the unquestionable rulers of badass, but then somewhere along the line, cultural opinion shifted, and somehow wrapping a man in a giant metal bullet and firing him into the face of the void became thought of as stuffy and boring. The space program didn't die because of budgetary concerns; it died because we forgot how goddamn awesome it was. And that's something we had no excuse for doing, as these images will prove:

#7. Burn Down the Sky

This is the Saturn V rocket, carrying the Apollo 11 moon mission:
This is the Discovery launch:
This is the Athena II:
These images bring up an important question: At what point did we forget that the Space Shuttle was, essentially, a program that strapped human beings to an explosion and tried to stab through the sky with fire and math? How jaded do we have to be to lose collective interest in that? We celebrate the 4th of July every year, all across the nation. If explosions are that important to us, why don't we just channel a third of our yearly fireworks budget into one big bastard of a shot -- one mad, screaming, man-made asteroid hurled right back up into the face of nature, just to prove to the bitch that she doesn't have a lock on that kind of thing?
The Endeavour, mankind's polite rebuttal to the meteor strike.

#6. What Void?

With most photographs being taken in the contextless void, it's easy to forget that astronauts are just human beings wrapped up in fancy clothes, floating miles up in the air, surrounded on all sides by a lethal nothing. And then you see an image like this:
An image that really drives home the fact that these are people -- tiny, fragile beings that die if they swallow a pretzel wrong or slip in the shower -- and they're existing so far removed from the planet they could be saying, "Oh excuse me, New Zealand, I didn't see you there."
Space is a vast and frightening thing; it is an extreme and murderous absence; it's the closest physical metaphor for the disturbing unknowns that follow death; space is a villain from a children's book -- it's the Nothing from The NeverEnding Story. And now, here's Bruce McCandless, an astronaut on the Challenger, taking the first untethered spacewalk.
He had no ties to any earthly bond whatsoever, he was hundreds of miles beyond the point where the sky gives up, and he said, "No, thank you," to a lifeline, then went for a bit of a constitutional ... into the abyss.

#5. Battle Tanks are GO!

Remember those famous pictures of the Mars rovers, where they looked like tiny, plastic, chintzy little toys?
Well, this is what the new model, Curiosity, looks like:
It looks like something that should be laying siege to G.I. Joe Headquarters. It looks like it's about to call Optimus Prime a pussy and then kill John Connor for good this time.
The NASA PR campaigns showed us the rover looking tiny, flat, kind of bland, and nobody cared. No matter how crazy awesome it was that we were playing RC cars on Mars, the public didn't have a catchy visual, so everybody wrote it off as more dry science stuff. But look at that thing again: Every kid in the world needs a toy version of that, and they need it right now, because that's how kids need everything. Release a scaled down RC car of Curiosity, call it something like "CrushStomper," slap a couple of ads up on episodes of Bakugan, and there you go: You've got NASA funded for the next 10 years.

#4. He's Got the Whole World ... in His Face.

Odds are you're at work right now, reading this instead of collating or conglomerating or whatever adults with real jobs are supposed to do. Also, odds are your cell phone has a camera in it. So let's perform a quick social experiment: Fire it up, and take a self-portrait of you just doing your job, right now.
How'd that picture turn out?
Does that gripping image of you making crude pixel-tits in Excel fill onlookers with awe and wonder? Does that photograph of you quietly mourning the death of the last Red Bull capture the insanity, beauty and existential terror of mankind's progress?
No?
Funny, because when Clay Anderson, flight engineer for Expedition 15 tried this same experiment at his job ...
... it totally did all of those things like a motherfucker.

 


 

#3. Thrust Diamonds

That's the engine of an SR-71 Blackbird being tested, but you can be forgiven if you panicked just now and slapped at the button that calls James Bond into your office. (Also, hey, thanks for reading, Q! Big fan.) The shapes in that Death Ray up there aren't tricks of the camera, either -- they're called Thrust Diamonds, and to NASA, that shit ain't even a thing.
Brother can't take a dump up in NASA without firing off some Thrust Diamonds.

#2. The Crawler-Transporters

If you're the kind of person that skips right to the moneyshot when watching porn, you've probably only seen the actual take-off portion of a shuttle launch. And hey, if a missile being fired into the throat of the unknown armed with a warhead of "dudes who just don't give a fuck" doesn't impress you, surely nothing else about the launch process will.
How about the world's largest tank?
The machine that brings the shuttle to the launchpad is called a crawler-transporter, and it's the largest self-powered land vehicle in the world. They're twin mobile platforms weighing 3,000-tons a piece, 131-feet-long by 114-feet-wide, driven by a crew of 30, and powered by four 1,400 (not a typo) horsepower engines, one on each corner. That big, fuck-all structure holding the shuttle up there? Here it is cruising down the highway.
For scale, here it is next to a human being:
It's like taking an oil rig out for a spin.
It costs the USA $1 billion more than NASA's entire budget to provide air conditioning for the Armed Forces in the Middle East. Clearly, our national priorities are skewed towards conflict. That's kind of messed up, but OK, fine: Objectively, we know the crawler-transporter isn't armed or armored, but next time we start a war, let's do it by driving Hans and Franz up there (their actual names, by the way) right into the other guys' capital. I promise you, that war would be won in an afternoon.
I mean, would you shoot at it?

#1. The Space Shuttle is Metal as F*ck

Here's the Space Shuttle doing its best impression of a Dio album cover.
Large version.
This isn't some lucky fluke shot, either. Lightning loves itself some Shuttle. Here's another:
Large version.
Jesus Christ. That's clearly the tower of some evil techno-wizard.
Holy shit. That's the picture you'd see on the real estate brochure for God's house. Here's another angle:
Large version.
Somewhere, there's a big-haired anime character with a disproportionately large sword who's trying to shut down the shield reactors so he can get in there.
***
All I've really done here is (hopefully) prove that the Space Shuttle was badass, but I'm an adult now, and I understand that we can't keep funding something just because it's bitchin'. That's not how budgets work; there's no spreadsheet column for "badical." We didn't fund these programs to start with because they were cool; it was because we had to get to space before the Russians, and because we had to establish a sense of national identity in a conflicted period in our nation's history. In a nutshell, we went into space because nothing brings people together like shoving something in somebody else's face.
So in the interest of that: I heard Europe talking the other day, America, and I mean -- I don't want to start anything here, so you didn't hear it from me -- but they were saying you don't go into space anymore because you're scared. Then they said that Italy was a much bigger landwang than Florida, and Africa made some crack about how the Gulf of Mexico must be cold this time of the year, and then all the other continents laughed.
Are you really gonna take that?

Thursday, July 14, 2011

Space Shuttle Discovery - 360VR Images

http://360vr.com/2011/06/22-discovery-flight-deck-opf_6236/index.html
Space Shuttle Discovery's flight deck during decommissioning in the Orbiter Processing Facility
Try to find launch button

Tuesday, July 12, 2011

Father and Son: Pictured at the launch of both STS-1 and STS-135

From: http://www.flickr.com/

Father and Son: STS-1 and STS-135

The picture we waited 30 years to complete. (hi reddit!)

Wednesday, July 6, 2011

Meet NASA’s next Mars rover: Curiosity. It has a plutonium-powered laser

By Sebastian Anthony
From http://www.extremetech.com/

Mars Exploration Rover Curiosity

After a series of moderately successful Mars Exploration Rovers (MER), NASA is about to take its game to the next level. Say hello to Curiosity, which is 10 feet (3m) long and weighs almost a ton, four times more than Spirit and Opportunity. It is expected to launch in November or December, and arrive on Mars about eight months later.

Not only is Curiosity huge, but it’s also equipped with a robot arm, a laser that can vaporize rocks at seven meters, and a percussive drill for boring into Mars’ surface. The machine itself is powered by the heat given off by 4.8kg plutonium dioxide, meaning it won’t rely on solar power, which has caused issues with older space craft. It’s not just the rover itself that’s cool cool, though: because it’s so heavy, Curiosity can’t use the highly scientific approach of “airbagging” to soften its landing — instead, it will descend through the Mars atmosphere using a retrorocket jet pack.

It is not yet known where Curiosity will land on Mars — the final choice will likely be made in the next few days — but there are two front-runners: Gale Crater, a 150-kilometer depression with a 5-kilometer-high mound of ancient sediment that might contain telltale signs of organic life, and Eberswalde Crater, which is thought to contain a river delta and lakebed deposits. Both landing sites are theorized to have once contained water, and Curiosity will be tasked with analyzing whether one of these regions — and Mars itself — was once habitable. The total cost of the Curiosity mission, incidentally, will be at least $2.3 billion — well beyond the $820 million spent on Spirit and Opportunity.

At this point, we strongly suggest that you look at the full-size images of Curiosity, both on NASA’s website and Wired.

If you want to read more about the mission itself, check out the Mars Science Laboratory website or Nature’s write-up.

Monday, June 27, 2011

New animation depicts next Mars rover in action


This artist concept features NASA's Mars Science Laboratory Curiosity rover, a mobile robot for investigating Mars' past or present ability to sustain microbial life. Curiosity is being tested in preparation for launch in the fall of 2011. Image Credit: NASA/JPL-Caltech

(PhysOrg.com) -- Although NASA's Mars Science Laboratory will not leave Earth until late this year nor land on Mars until August 2012, anyone can watch those dramatic events now in a new animation of the mission.

The full, 11-minute animation, shows sequences such as the spacecraft separating from its near Earth and the mission's rover, Curiosity, zapping rocks with a laser and examining samples of powdered rock on Mars. A shorter, narrated version is also available below.


Curiosity's landing will use a different method than any previous Mars landing, with the rover suspended on tethers from a rocket-backpack "sky crane."

The new animation combines detailed views of the with scenes of real places on Mars, based on stereo images taken by earlier missions.

"It is a treat for the 2,000 or more people who have worked on the Mars during the past eight years to watch these action scenes of the hardware the project has developed and assembled," said Mars Science Laboratory Project Manager Pete Theisinger at NASA's Jet Propulsion Laboratory, Pasadena, Calif. "The animation also provides an exciting view of this mission for any fan of adventure and exploration."

Provided by JPL/NASA (news : web)

Monday, June 13, 2011

Two iPhones to fly on last space shuttle mission

From: http://www.electronista.com/


First iPhone in space will test guidance software




The final shuttle mission will be a first for the iPhone. When Atlantis flies to the International Space Station this summer it will carry two iPhones to test an app, SpaceLab for iOS from Odyssey Space Research. The Houston company makes spacecraft guidance software. When the iPhone 4 came out, the company's programmers realized it could be used for a space-based experiment to test a vehicle's positioning and orientation with the smartphone's new internal gyroscope, camera, and other sensors.

Odyssey CEO Brian Rishikof is fairly certain that these will be the first iPhones in space.

Astronauts will use the two iPhones in four experiments. The "limb tracker" makes an altitude estimate using a picture of the curved edge of the Earth. A sensor calibration test uses the iPhone's camera and other sensors to adjust the gyroscope and accelerometers. A spatial recognition test will attempt to match pictures of the earth with a database of wireframe images of national borders. Finally, the iPhone will be used to test for the effects of radiation on computers by checking for changes to single bits in the phones' memory.

The company emphasized that all of their experiments were being conducted and paid for as private research. The iPhones will not be used for navigation or any other NASA mission.

The public version of the app sells for $1. Rishikof noted that most iPhone users do not have access to space travel, so some of the features will be simulated.

The phones and the shuttle Atlantis are scheduled for launch on STS-135, tentatively set for July 8. This will be the last flight into space for Atlantis and the last mission for the space shuttle program. [via Venture Beat]



Thursday, June 9, 2011

pace Shuttle and Space Station Photographed Together: APOD June 8th 2011

from: http://apod.nasa.gov/

Astronomy Picture of the Day

Discover the cosmos! Each day a different image or photograph of our fascinating universe is featured, along with a brief explanation written by a professional astronomer.

2011 June 8
See Explanation.  Clicking on the picture will download
the highest resolution version available.
Space Shuttle and Space Station Photographed Together
Credit: NASA
 
Explanation: How was this picture taken? Usually, pictures of the shuttle, taken from space, are snapped from the space station. Commonly, pictures of the space station are snapped from the shuttle. How, then, can there be a picture of both the shuttle and the station together, taken from space? The answer is that during the Space Shuttle Endeavour's last trip to the International Space Station two weeks ago, a supply ship departed the station with astronauts that captured a series of rare views. The supply ship was the Russian Soyuz TMA-20 which landed in Kazakhstan later that day. The above spectacular image well captures the relative sizes of the station and docked shuttle. Far below, clouds of Earth are seen above a blue sea. The next and last launch of a US space shuttle is scheduled for early July.

Friday, June 3, 2011

When Cassini Met Nine Inch Nails

Analysis by Ian O'Neill

Space-music-cassini
What do you get when you mix space exploration with an industrial rock band? If you're thinking a bunch of Klingons trying their hand at slash metal, you're not the only one. However, if you asked designer/director Chris Abbas a very different blend of space music would result.
Using archival footage from the Cassini Solstice mission, which continues to dazzle us earthlings with incredible imagery from the Saturnian system, and a tune from the band Nine Inch Nails, a rather surprising -- and atmospheric -- experience awaits:

CASSINI MISSION from cabbas on Vimeo.

CASSINI MISSION from Chris Abbas on Vimeo.

Accompanying his video, Abbas has included an inspiring account of his motivation behind creating "Cassini Mission":
I truly enjoy outer space. It's absolutely amazing that we now have the ability to send instruments out into the void of the universe to observe all sorts of interesting things. Asteroids! Moons! Planets! Dark matter! This is the perfect opportunity for a Carl Sagan quote:
"Somewhere, something incredible is waiting to be known."
The footage in this little film was captured by the hardworking men and women at NASA with the Cassini Imaging Science System.
As with many of the "Space Music" articles we include on Discovery News, the excellent "Cassini Mission" epitomizes the crossovers between music and space exploration. Space is a human endeavor, so it's always a pleasure to bring the spirit of humanity into space.
Video credit: Chris Abbas. Including footage from NASA's Cassini mission and music by Nine Inch Nails. Video used with permission.

Thursday, June 2, 2011

Next Mars Rover Will "See" in 3-D Color


from: http://www.dailygalaxy.com/

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Two digital color cameras on the mast of NASA's next Mars rover will complement each other in showing the surface of Mars in exquisite detail.  They are the left and right eyes of the Mast Camera, or Mastcam, instrument on the Curiosity rover of NASA's Mars Science Laboratory mission, launching in late 2011.

The right-eye Mastcam looks through a telephoto lens, revealing details near or far with about three-fold better resolution than any previous landscape-viewing camera on the surface of Mars. The left-eye Mastcam provides broader context through a medium-angle lens. Each can acquire thousands of full-color images and store them in an eight-gigabyte flash memory. Both cameras are also capable of recording high-definition video at about eight frames per second. Combining information from the two eyes can yield 3-D views of the telephoto part of the scene.

The motivation to put telephoto capability in Curiosity's main science imaging instrument grew from experience with NASA's Mars Exploration Rover Opportunity and its studies of an arena-size crater in 2004. The science camera on that rover's mast, which can see details comparably to what a human eye can see at the same distance, showed intriguing patterns in the layers of Burns Cliff inside Endurance Crater.

"We tried to get over and study it, but the rover could not negotiate the steep slope," recalled Mastcam Principal Investigator Michael Malin, of Malin Space Science Systems, San Diego. "We all desperately coveted a telephoto lens." NASA selected his Mastcam proposal later that year for the Mars Science Laboratory rover.

The telephoto Mastcam, called "Mastcam 100" for its 100-millimeter focal-length lens, provides enough resolution to distinguish a basketball from a football at a distance of seven football fields, or to read "ONE CENT" on a penny on the ground beside the rover. Its images cover an area about six degrees wide by five degrees tall.

Its left-eye partner, called "Mastcam 34" for its 34-millimeter lens, catches a scene three times wider -- about 18 degrees wide and 15 degrees tall -- with each exposure.

Researchers will use the Mastcams and nine other science instruments on Curiosity to study past and present environments in a carefully chosen area of Mars. They will assess whether conditions have been favorable for life and favorable for preserving evidence about whether life has existed there. Mastcam imaging of the shapes and colors of landscapes, rocks and soils will provide clues about the history of environmental processes that have formed them and modified them over time. Images and videos of the sky will document contemporary processes, such as movement of clouds and dust.

Previous color cameras on Mars have taken a sequence of exposures through different color filters to be combined on Earth into color views. The Mastcams record color the same way consumer digital cameras do: They have a grid of tiny red, green and blue squares (a "Bayer pattern" filter) fitted over the electronic light detector (the charge-coupled device, or CCD). This allows the Mastcams to get the three color components over the entire scene in a single exposure.

Mastcam's color-calibration target on the rover deck includes magnets to keep the highly magnetic Martian dust from accumulating on portions of color chips and white-gray-balance reference chips. Natural lighting on Mars tends to be redder than on Earth due to dust in Mars' atmosphere. "True color" images can be produced that incorporate that lighting effect -- comparable to the greenish look of color-film images taken under fluorescent lights on Earth without a white-balancing adjustment. A white-balance calculation can yield a more natural look by adjusting for the tint of the lighting, as the human eye tends to do and digital cameras can do. The Mastcams are capable of producing both true-color and white-balanced images.

Besides the affixed red-green-blue filter grid, the Mastcams have wheels of other filters that can be rotated into place between the lens and the CCD. These include science spectral filters for examining the ground or sky in narrow bands of visible-light or near-infrared wavelengths. One filter on each camera allows it to look directly at the sun to measure the amount of dust in the atmosphere, a key part of Mars' weather.

"Something we're likely to do frequently is to look at rocks and features with the Mastcam 34 red-green-blue filter, and if we see something of interest, follow that up with the Mastcam 34 and Mastcam 100 science spectral filters," Malin said. "We can use the red-green-blue data for quick reconnaissance and the science filters for target selection."

When Curiosity drives to a new location, Mastcam 34 can record a full-color, full-circle panorama about 60 degrees tall by taking 150 images in about 25 minutes. Using Mastcam 100, the team will be able to broaden the swath of terrain evaluated on either side of the path Curiosity drives, compared to what has been possible with earlier Mars rovers. That will help with selection of the most interesting targets to approach for analysis by Curiosity's other instruments and will provide additional geological context for interpreting data about the chosen targets.

The Mastcams will provide still images and video to study motions of the rover -- both for science, such as seeing how soils interact with wheels, and for engineering, such as aiding in use of the robotic arm. In other videos, the team may use cinematic techniques such as panning across a scene and using the rover's movement for "dolly" shots.

Each of the two-megapixel Mastcams can take and store thousands of images, though the amount received on Earth each day will depend on how the science team chooses priorities for the day's available data-transmission volume. Malin anticipates frequent use of Mastcam "thumbnail" frames -- compressed roughly 150-by-150-pixel versions of each image -- as an index of the full-scale images held in the onboard memory.

Malin Space Science Systems built the Mastcam instrument and will operate it. The company's founder, Michael Malin, participated in NASA's Viking missions to Mars in the 1970s, provided the Mars Orbiter Camera for NASA's Mars Global Surveyor mission, and is the principal investigator for both the Context Camera and the Mars Color Imager on NASA's Mars Reconnaissance Orbiter.

The science team for Mastcam and two other instruments the same company provided for Curiosity includes the lead scientist for the mast-mounted science cameras on Mars rovers Spirit and Opportunity (James Bell of Arizona State University); the lead scientist for the mast camera on NASA's Phoenix Mars Lander (Mark Lemmon of Texas A&M University); James Cameron, director of such popular movies as "Titanic" and "Avatar"; and 17 others with expertise in geology, soils, frost, atmosphere, imaging and other topics.

The Daily Galaxy via  http://www.nasa.gov/msl. You can follow the mission on Facebook at http://www.facebook.com/MarsCuriosity and on Twitter @marscuriosity . A full listing of JPL social media accounts is at: http://www.jpl.nasa.gov/social .
This color image at the top of the page is a three dimensional (3D) view of a digital elevation map of a sample collected by NASA's Phoenix Mars Lander's Atomic Force Microscope (AFM).

The image shows four round pits, only 5 microns in depth, that were micromachined into the silicon substrate, which is the background plane shown in red. This image has been processed to reflect the levelness of the substrate. A Martian particle -- only one micrometer, or one millionth of a meter, across -- is held in the upper left pit.

The rounded particle -- shown at the highest magnification ever seen from another world -- is a particle of the dust that cloaks Mars. Such dust particles color the Martian sky pink, feed storms that regularly envelop the planet and produce Mars' distinctive red soil.

The particle was part of a sample informally called "Sorceress" delivered to the AFM on the 38th Martian day, or sol, of the mission (July 2, 2008). The AFM is part of Phoenix's microscopic station called MECA, or the Miscroscopy, Electrochemistry, and Conductivity Analyzer.

The AFM was developed by a Swiss-led consortium, with Imperial College London producing the silicon substrate that holds sampled particles.

 Image Credit: NASA/JPL-Caltech/Malin Space Science Systems

Thursday, April 14, 2011

William Shatner Helps Us Say Goodbye to the Space Shuttle

From: http://furiousfanboys.com/




There are only two Space Shuttle missions left. Endeavor goes up later this month, and Atlantis launches her final mission (and the final Space Shuttle launch ever) on June 28th. As space buffs, it’s pretty sad to be saying goodbye to the shuttle program. But who better to help us say goodbye than Captain Kirk himself? NASA has released a fourteen-minute video narrated by William Shatner that gives a brief history of the shuttle program, and showing what goes into a shuttle launch and it’s described as only Shatner can. Check it out.



 

 

NASA has finally announced the final resting place of the remaining three orbiters after Atlantis finishes her final mission in June. Enterprise will be moved from the Smithsonian and placed in the Intrepid Sea, Air & Space Museum in New York. Taking Enterprise’s spot in the Smithsonian is Discovery. Atlantis will be put on display at the visitor’s center at Kennedy Space Center in Florida, and Endeavor is headed west to the California Science Center. It’s the end of an era. If you live anywhere near the four locations, you should try to get out to see one of the Shuttles.

Thursday, April 7, 2011

This is why our galaxy is called the Milky Way

From: http://ca.io9.com/

This is why our galaxy is called the Milky Way 
This absolutely stunning image was taken in Spain's Canary Islands by astrophotographer Juan Carlos Casado. The image combines nine different photos and reveals the band of our Milky Way galaxy in a way our unaided eyes never could.
A NASA astronomers explains how this photo reveals the full glory of the Milky Way:
In a clear sky from a dark location at the right time, a faint band of light is visible across the sky. This band is the disk of our spiral galaxy. Since we are inside this disk, the band appears to encircle the Earth. The above spectacular picture of the Milky Way arch, however, goes where the unaided eye cannot. The image is actually a deep digital fusion of nine photos that create a panorama fully 360 across. Taken recently in Teide National Park in Tenerife, Canary Islands, Spain, the image includes the Teide volcano, visible near the image center, behind a volcanic landscape that includes many large rocks. Far behind these Earthly structures are many sky wonders that are visible to the unaided eye, such as the band of the Milky Way, the bright waxing Moon inside the arch, and the Pleiades open star cluster.
Check out NASA's Astronomy Picture of the Day for an annotated guide to the various stars in the band, plus the original, full hi-res panorama. For more on Juan Carlos Casado's work, check out TWAN and the Spanish language site Starry Earth.
Via NASA. Check out even more amazing Milky Way imagery here, here, and here.
Send an email to Alasdair Wilkins, the author of this post, at alasdair@io9.com.

Monday, March 21, 2011

NASA employees make a human spaceship in the Kennedy Center parking lot



by

Employees at NASA's Kennedy Space Center, Fla., took a few moments to assemble for a historic aerial photo Friday outside Kennedy's Vehicle Assembly Building. Thousands of workers stood side-by-side to form an outline of a space shuttle. The event was organized in honor of the Space Shuttle Program's 30-year legacy.



If a recognizable person appears in this video, use for commercial purposes may infringe a right of privacy or publicity. It may not be used to state or imply the endorsement by NASA employees of a commercial product, process or service, or used in any other manner that might mislead. Accordingly, it is requested that if this video is used in advertising and other commercial promotion, layout and copy be submitted to NASA prior to release.