Archive for robotic exploration

Astronauts may play role in Mars robotic missions

WASHINGTON (AP) — NASA’s future plans to explore Mars may end up using astronauts as space messengers.

The new idea surfaced as a special team looking for a new Mars robotic exploration plan released a preliminary report Tuesday.

One of the option calls for a Martian robotic rover to collect rocks on the red planet. Later, astronauts in a newly built spaceship would be used to pick them up from a cosmic delivery point somewhere between Earth and Mars and return them home.

The report gives the space agency several options with no specific timing for future missions and no decision is expected until next year. The new plan is needed because budget cuts earlier this year killed two future robotic flights.

The space agency has so far explored Mars with orbiters and robots, like the rover Curiosity that landed last month. The ultimate goal has been to get a robot to collect rocks and Martian soil to send to Earth for more detailed scientific examination.

Separately, NASA is working on new missions for astronauts to explore away from Earth, with an ultimate goal of sending them to Mars sometime in the 2030s.

The NASA team proposed combining both dreams, getting astronauts involved in Martian exploration earlier. But they wouldn’t exactly go to Mars itself. The astronauts would go somewhere between Mars and Earth and pick up the rocks left by a spacecraft that carried them off Mars.

That plan takes advantage of the new rocket and spaceship system for astronauts that should be ready in the next decade, said NASA associate administrator for sciences John Grunsfeld.

It also would lessen contamination worries about the Martian rocks. Scientists want to make sure that the Martian samples could not bring alien germs to Earth and that Earth organisms don’t contaminate the Martian sample, Grunsfeld said.

And it would help the mission to land humans on Mars because it “looks a lot like sending a crew to Mars and returning them safely,” Grunsfeld said.

The planning team looked at a few options for a Mars sample return mission:

—Send a bunch of spacecraft to Mars — a rover, a launcher to return home, an orbiter — in several launches.

—Package all those spacecraft into one or two launches that would save money but increase risk of failure.

—Send a bunch of small rovers to look around different spots of Mars to find the best samples and then design a system to collect and return those rocks.

Before that can happen, NASA still has to decide what robotic or orbiter mission it wants to send to Mars in 2018, if any. It’s a time when Earth and the red planet will be close and save money on fuel costs. Grunsfeld said NASA only has about $800 million budgeted for that, which is not enough for a major rover.

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NASA’s Mars planning group: http://www.nasa.gov/offices/marsplanning/home/index.html

Article source: http://www.businessweek.com/ap/2012-09-25/astronauts-may-play-role-in-mars-robotic-missions

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Astronauts may play role in Mars robotic missions

WASHINGTON (AP) — NASA’s future plans to explore Mars may end up using astronauts as space messengers.

The new idea surfaced as a special team looking for a new Mars robotic exploration plan released a preliminary report Tuesday.

One of the option calls for a Martian robotic rover to collect rocks on the red planet. Later, astronauts in a newly built spaceship would be used to pick them up from a cosmic delivery point somewhere between Earth and Mars and return them home.

The report gives the space agency several options with no specific timing for future missions and no decision is expected until next year. The new plan is needed because budget cuts earlier this year killed two future robotic flights.

The space agency has so far explored Mars with orbiters and robots, like the rover Curiosity that landed last month. The ultimate goal has been to get a robot to collect rocks and Martian soil to send to Earth for more detailed scientific examination.

Separately, NASA is working on new missions for astronauts to explore away from Earth, with an ultimate goal of sending them to Mars sometime in the 2030s.

The NASA team proposed combining both dreams, getting astronauts involved in Martian exploration earlier. But they wouldn’t exactly go to Mars itself. The astronauts would go somewhere between Mars and Earth and pick up the rocks left by a spacecraft that carried them off Mars.

That plan takes advantage of the new rocket and spaceship system for astronauts that should be ready in the next decade, said NASA associate administrator for sciences John Grunsfeld.

It also would lessen contamination worries about the Martian rocks. Scientists want to make sure that the Martian samples could not bring alien germs to Earth and that Earth organisms don’t contaminate the Martian sample, Grunsfeld said.

And it would help the mission to land humans on Mars because it “looks a lot like sending a crew to Mars and returning them safely,” Grunsfeld said.

The planning team looked at a few options for a Mars sample return mission:

—Send a bunch of spacecraft to Mars — a rover, a launcher to return home, an orbiter — in several launches.

—Package all those spacecraft into one or two launches that would save money but increase risk of failure.

—Send a bunch of small rovers to look around different spots of Mars to find the best samples and then design a system to collect and return those rocks.

Before that can happen, NASA still has to decide what robotic or orbiter mission it wants to send to Mars in 2018, if any. It’s a time when Earth and the red planet will be close and save money on fuel costs. Grunsfeld said NASA only has about $800 million budgeted for that, which is not enough for a major rover.

___

Online

NASA’s Mars planning group: http://www.nasa.gov/offices/marsplanning/home/index.html

Article source: http://www.businessweek.com/ap/2012-09-25/astronauts-may-play-role-in-mars-robotic-missions

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NASA’s Jet Propulsion Laboratory (JPL): Facts & Information

JPL is the space agency’s go-to center for the robotic exploration of worlds beyond Earth.

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Private Spaceflight’s Rise Gives NASA a Boost

NASA still busy

For its part, NASA is working on ways to get astronauts to near-Earth asteroids and beyond. It’s developing a huge heavy-lift rocket called the Space Launch System (SLS) and a capsule known as the Orion Multi-Purpose Crew Vehicle.

In its initial configuration, the SLS will stand 320 feet (97.5 meters) tall and be capable of lofting 70 metric tons of payload. But NASA hopes an evolved version will one day tower at 400 feet (122 m) with a payload capacity of 130 metric tons. (For comparison, the space shuttle could carry 24.4 metric tons to orbit.)

The gumdrop-shaped Orion capsule is designed to carry up to four astronauts. NASA hopes to launch an unmanned Orion on an orbital test flight in 2014. The first test flight of the SLS isn’t slated until late 2017, so Orion’s maiden journey will likely take place aboard a Delta 4 Heavy rocket.

The space agency has said it hopes the SLS-Orion combo will carry its first crews by 2021 or so.

Robotic exploration has also been keeping NASA busy. In 2011, the space agency launched three unmanned missions to solar system bodies beyond Earth — the Juno spacecraft to Jupiter in August, the twin Grail probes to the moon in September and the Curiosity rover to Mars in November.

The 1-ton Curiosity rover is slated to touch down at the Red Planet’s huge Gale Crater on the night of Aug. 5, when it will embark on a two-year mission to study whether the area is, or ever was, capable of supporting microbial life.

The future of NASA’s robotic exploration program is somewhat up in the air, however. Obama’s proposed 2013 federal budget, which was released in February, cuts the agency’s planetary science funding by 20 percent, with much of that coming out of the Mars program.

As a result, NASA has had to scale back and fundamentally rethink its unmanned Mars exploration program. For example, it pulled out of the European-led ExoMars mission, which aims to launch a rover and orbiter to the Red Planet in 2016 and 2018, respectively.

Follow SPACE.com senior writer Mike Wall on Twitter@michaeldwall or SPACE.com @Spacedotcom . We’re also on Facebook and Google+.

Article source: http://www.space.com/16064-private-spaceflight-nasa-exploration-goals.html

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NASA flooded with 400 ideas to explore Mars

A photo of Mars from NASA's Viking spacecraft, which launched in 1975.Scientists have responded in a big way to NASA’s call to help reformulate its Mars robotic exploration strategy, submitting about 400 ideas and Red Planet mission concepts to the space agency.

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Curiosity mission can save future of US planetary science

A huge NASA rover streaking toward Mars to investigate the Red Planet’s potential to host life has picked up a new mission objective — help save the space agency’s planetary science program.

In the Obama administration’s budget request for next year, which was unveiled last month, NASA planetary science suffered a 21 percent cut, compelling the agency to scale back its robotic exploration efforts and drop out of two future European-led Mars missions entirely.

But top NASA officials are holding out hope that some funding may be restored in the future if the 1-ton Curiosity rover, which is due to arrive at the Red Planet this August, lands safely and performs as advertised.

“What a tremendous opportunity it is for us,” Jim Green, head of NASA’s planetary science division, said Monday at the 43rd Lunar and Planetary Science Conference (LPSC) in The Woodlands, Texas. “I believe (Curiosity) will open up that new era of discovery that will compel this nation to invest more in planetary science.” [ Photos: Curiosity Launches Toward Mars ]

Tough fiscal times

The White House’s budget request for fiscal year 2013 keeps NASA funding relatively flat at $17.7 billion. But it cuts planetary science funding from $1.5 billion to $1.2 billion, with further reductions expected in the coming years.

NASA’s venerable Mars program — which has had a string of successes recently, including the Phoenix lander and the twin rovers Spirit and Opportunity — takes a particularly hard hit. Its funding drops from $587 million this year to $360 million in 2013, then falls to just $189 million in 2015.

The cuts have forced NASA to temporarily shelve plans for future multibillion-dollar “flagship” planetary missions. That’s a departure for the space agency, which has launched roughly one of these ambitious, expensive efforts per decade, including Curiosity last year and the Cassini mission to the Saturn system in 1997.

The proposed budget cut also compels NASA to drop out of the European-led ExoMars missions, which aim to launch an orbiter and a drill-toting rover toward the Red Planet in 2016 and 2018, respectively. These two missions are viewed as key steps toward an eventual Mars sample-return effort, a high-priority NASA flagship that is not feasible in the current fiscal environment.

In the meantime, NASA officials are reformulating and downscaling their Mars efforts. They’re hoping to launch a less expensive “medium-class” mission to Mars in 2018 to help keep the program vital, and to take advantage of favorable orbital dynamics between Mars and Earth at that time.

“Losing 21 percent of the budget is very difficult,” Green said. “We’re developing a strategy to try to recapture some element of our program later on in the decade.”



NASA / JPL-Caltech

Help from Curiosity?

But Green and other NASA officials are not resigned to a permanently hobbled planetary science program. They think some funding could come back if Curiosity reminds the nation — and lawmakers — just what NASA robotic exploration can do.

Curiosity is the centerpiece of NASA’s $2.5 billion Mars Science Laboratory (MSL) mission, which launched in November 2011 and is due to touch down at the Red Planet’s Gale Crater in early August 2012. Its chief aim is to assess whether the Gale Crater area can, or ever could, support microbial life.

NASA is expecting big things from the rover.

“I think when we set down in Gale Crater, it’s going to be an explosion of science,” John Grunsfeld, NASA’s associate administrator for science, said at LPSC Monday. “It’s going to be incredibly exciting.”

Grunsfeld and Green voiced hope that this excitement would extend beyond scientists, reaching the American public and the politicians who hold NASA’s purse strings. They urged the researchers present at the conference to help make this happen, by using any means at their disposal to generate interest in Curiosity’s landing on the night of Aug. 5.


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That landing will be incredibly dramatic. In a maneuver that has never been tried before, a rocket-powered sky crane will lower the massive rover down to the Martian surface on cables, with cameras rolling all the while.

“This is just a seminal event,” Green said. “We should not let this opportunity go by without relaying it to our stakeholders, and that gets right down to the general public.”

Grunsfeld agreed, saying Curiosity’s landing and science campaign on Mars could help galvanize support for NASA’s entire planetary science program.

“I think the way to recover the program is to have a much broader community understand the value, and we have a huge opportunity with MSL landing — where there’ll be a lot of visibility, some real discoveries, some really interesting discoveries — to talk about the exciting work that leverages the science,” Grunsfeld said.

You can follow Space.com senior writer Mike Wall on Twitter: @michaeldwall. Follow Space.com for the latest in space science and exploration news on Twitter @Spacedotcom and on Facebook.

© 2012 Space.com. All rights reserved. More from Space.com.

Article source: http://www.msnbc.msn.com/id/46797104/ns/technology_and_science-space/

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American planetary exploration is in grave danger, say scientists

The Obama administration’s proposed 2013 NASA budget focuses almost all the agency’s cuts onto the planetary science program that funds the robotic exploration of the solar system. The Planetary Science Division budget would be cut by 20 percent from $1.5 billion in 2012 to $1.2 billion in 2013. The proposed budget cuts will force the United States to give up its leadership in solar system exploration.

The robotic exploration program has delivered a golden age of planetary exploration including the Mars rovers; the Cassini mission to Saturn; MESSENGER, which is now orbiting Mercury; Dawn, orbiting the asteroid Vesta; and the Lunar Reconnaissance Orbiter and GRAIL, which are orbiting our Moon to explore its structure and origins.

“If the NASA budget is passed in its current form, American leadership in planetary sciences will be endangered,” said Dan Britt, chair of Division for Planetary Sciences of the American Astronomical Society (AAS). “We strongly believe that the robotic exploration of the solar system resonates with the American people, that it is something that NASA needs to be doing, and it is something the American people will support even in tight budget times.”

Under the proposed budget, NASA will be forced to cancel its plans for its most ambitious exploration missions, slash the Mars Exploration Program, and kill the Lunar Quest Program. The cuts will also end collaborations with the European Space Agency on the 2016 Mars Trace Gas Orbiter and the 2018 ExoMars rover, delay the economical Discovery and New Frontiers space programs, and force cuts in operations and data analysis for a number of current missions.

The planetary science community recently finished its latest decadal survey, Vision and Voyages for Planetary Science, under the auspices of the National Research Council. It recommends to NASA a program of balanced exploration and scientific analysis. Under the president’s proposal, implementation of the balanced, consensus, budget-conservative plan outlined in the decadal survey will not be possible.

Article source: http://www.astronomy.com/~/link.aspx?_id=81fcc02e-2cc4-463f-b4a7-84563a93cfcc

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NASA to exchange ‘flagship’ missions for small-ball projects

NASA is fundamentally overhauling its Mars exploration strategy, ditching multibillion-dollar “flagship” missions in favor of cheaper, more efficient projects for now, agency officials announced Monday (Feb. 13).

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The decision is a response to diminished funding for robotic exploration going forward. In his federal budget request for next year, which was revealed Monday (Feb. 13), President Barack Obama allocated $1.2 billion to NASA’s planetary science programs — a 20 percent cut from the current allotment of $1.5 billion, with further reductions expected over the next several years.

The cut is spurring a shift in NASA thinking about the best way to study Mars in the near term. This shift compels the agency to withdraw from the European-led ExoMars missions, which aim to launch an orbiter and a drill-toting rover to the Red Planet in 2016 and 2018, respectively.

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“Instead, we will develop an integrated strategy to ensure that the next steps for Mars exploration will support science as well as human exploration goals, and potentially take advantage of the 2018-2020 exploration window,” NASA chief Charlie Bolden told reporters. “The budget provides support for this new approach.” [7 Biggest Mysteries of Mars]


No more flagships, for now

The new direction does not imperil NASA’s $2.5 billion Mars Science Laboratory (MSL) mission, which will drop the 1-ton Curiosity rover onto the Martian surface this August to investigate if the Red Planet can, or ever did, support microbial life.

Nor does it affect the $485 million MAVEN mission, due to launch in late 2013 to study Mars’ upper atmosphere and gather information about how the Red Planet’s climate has changed over time.

However, NASA’s new strategy acknowledges that the agency won’t be launching ambitious, expensive “flagship” missions like MSL toward the Red Planet — or any other solar system body — anytime soon.

“A flagship mission in not on the table,” said John Grunsfeld, NASA’s associate administrator for science. “We’re looking at building a moderate mission, and it’s a partnership looking at synergies between the requirements of human spaceflight, science and the needs to demonstrate technologies that advance other missions in the future.”

It makes sense to set up such partnerships, beyond simply spreading costs around the various branches of NASA, agency officials said. NASA has both science and exploration goals at Mars, after all; Obama has tasked the agency with getting humans to the Red Planet by the mid-2030s.


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Article source: http://www.csmonitor.com/Science/2012/0214/NASA-to-exchange-flagship-missions-for-small-ball-projects

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Planetary science not dead, NASA official says

Rumors of the death of NASA’s planetary science program are greatly exaggerated, according to the head of the agency division responsible for that activity.

Speaking at Thursday’s meeting of the NASA Advisory Council’s Planetary Science subcommittee, Jim Green, director of NASA’s Planetary Science division, took issue with an opinion piece claiming the agency was gutting its robotic exploration program following a pair of upcoming missions.

“It is not true the planetary program is being killed,” Green told subcommittee members participating via telephone and Internet. He was referring to an assertion by Robert Zubrin, an outspoken advocate of Mars exploration, in an opinion piece published Wednesday by the Washington Times.

“Word has leaked out that in its new budget, the Obama administration intends to terminate NASA’s planetary exploration program,” Zubrin wrote. “The Mars Science Lab Curiosity, being readied on the pad, will be launched, as will the nearly completed small MAVEN orbiter scheduled for 2013, but that will be it. No further missions to anywhere are planned.”



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Zubrin is the president of the Mars Society, a group based in Lakewood, Colo., that advocates for manned and robotic missions to Mars.

NASA’s Planetary Science division does indeed face a shrinking budget. President Barack Obama, in his 2012 NASA budget request, asked for $1.54 billion for planetary science, but funding for that account is projected to decline steadily in subsequent years, to about $1.27 billion by 2016.

In their 2012 spending bills for NASA, the House and Senate Appropriations committees allocated $1.5 billion to planetary science. To date, neither chamber has brought a bill that includes NASA’s budget up for a floor vote.

The U.S. government is currently funded by a temporary spending measure that preserves 2011 funding until Nov. 18. The federal government’s fiscal calendar turns over Sept. 30.

This story was provided by Space News, dedicated to covering all aspects of the space industry.

© 2011 Space.com. All rights reserved. More from Space.com.

Article source: http://www.msnbc.msn.com/id/45078123/ns/technology_and_science-space/

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