Detailed Instructions: In this task, you are given a text of many news articles seperated by special token "|||||". Your task is to summarize them.
Q: These crawls are part of an effort to archive pages as they are created and archive the pages that they refer to. That way, as the pages that are referenced are changed or taken from the web, a link to the version that was live when the page was written will be preserved.Then the Internet Archive hopes that references to these archived pages will be put in place of a link that would be otherwise be broken, or a companion link to allow people to see what was originally intended by a page's authors.The goal is to fix all broken links on the web . Crawls of supported "No More 404" sites. ||||| Orion is now three hours into its voyage and has already ventured into the Van Allen belt, a thick radiation cloud stretching from 600 miles to 37,000 miles above Earth. So far the belt's ions and electrons have had "zero effects" on Orion's shielding and avionics, NASA reported. During its 15 minutes traveling through the belt's high radiation zone, the craft has powered down it's flight test cameras in order to keep them safe. Orion is fitted with about 1,200 sensors that will detect radiation levels while in the Van Allen belt. 
  
 The craft now gently bobs upright in the water awaiting a rendezvous with the retrieval team. NASA's command center called Orion's 4-hour and 24-minute trial by fire, "The most perfect flight you could ever imagine." 
  
 "A bullseye splashdown for America's latest space craft," said NASA's mission control. "America has driven a golden spike as it crosses into the future." 
  
 After surviving a scorching 4,000-degree Fahrenheit fall, Orion cooled down with a splash-landing in the chilling Pacific Ocean. Mission accomplished. The spacecraft had successfully deployed its parachutes and landed safely back on Earth at 11:29 a.m EST. 
  
 At more than 2,500 miles above Earth, the spacecraft is a mere 10 minutes away from reaching peak altitude of 3,630 miles. Then, 25 minutes from now it will detach its crew module, which will put into motion a series of steps that will lead to Orion's descent to Earth. 
  
 Updated: 12/05/14, 7:15 a.m: 
  
 Success! With a dawn launch, NASA has ushered in a new age for final frontier explorations. At 7:05 a.m EST Friday, NASA launched its Orion spacecraft, a potential precursor to manned Mars, moon, or asteroid missions. 
  
 "The star of the day is Orion," said NASA Administrator Charles Bolden Jr., according to the AP. He called the success "Day One of the Mars era." 
  
 The spacecraft is now zooming past at 15,000 miles per hour as it prepares to begin its first orbit around Earth. It is "performing perfectly," according to NASA. 
  
 Updated: 12/04/14, 10:00 a.m: Mission scrubbed! Gusty winds and a malfunctioning valve have put Orion in the corner—for now. NASA plans to go another round with the mission Friday morning at 7:05 a.m. EST. 
  
 You can watch a replay of the blast off here: 
  
 Cue the Rocky theme song. Because come Thursday morning, an American spacecraft will undergo a rigorous training gauntlet not seen since the Apollo moon-landing era. 
  
 “Thursday is a huge day for us,” NASA Orion program manager Mark Geyer said, according to Reuters. “Part of me hopes that everything is perfect ... but really on a flight test like this ... we want to discover things that are beyond our modeling capability and beyond our expertise so we learn [about] it and fix it.” 
  
 During its grueling four-and-half-hour test mission, NASA’s Orion space capsule must shoot 3,600 miles away from Earth, orbit the planet twice, and brave a thick belt of cosmic radiation. Upon re-entry it must withstand a 4,000-degree Fahrenheit fireball created by atmospheric friction decreasing its speed from 20,000 miles per hour to 300 mph. Once it slows to that speed, the craft must deploy 11 parachutes in order to slow down to 20 mph, before plunging into the Pacific Ocean. It’s a mouthful of challenges, but if Orion triumphs it may one day take astronauts on adventures beyond Earth’s orbit—and potentially to Mars. But in order to reach that ambition, the craft must first be properly vetted. 
  
 The unmanned vessel will blast off at 7:05 a.m. EST from Cape Canaveral Air Force Station in Florida. This mission is the first of three trial runs that the Orion mission must overcome before NASA deems it safe enough for human space travel. In four years, a second unmanned Orion capsule will venture around the moon, and then in 2021 NASA expects to have a third capsule carry astronauts. This first unmanned test, called Exploration Flight Test-1, will cost $370 million and mark the farthest distance traveled by a human spaceflight vehicle since 1972 made by Apollo 17, according to Space.com. Like those early black and white missions, the Orion retains the same shape and structure as its 1960s Apollo predecessor, but it will fit four astronauts instead of three. All space capsules since have kept the design, which is optimal for touchdown, according to Reuters. 
  
 The aspirations could prove to be a boon for NASA’s future space missions. Since the Apollo missions, astronauts have not traveled beyond low Earth orbit where the International Space Station resides. Orion's success could help propel humans into deep space for the first time in 40 years. 
  
 “Going from where we're at today with the space station to distances like Mars is extremely challenging,” said Jason Crusan, the director of advanced exploration systems at NASA, to Space.com. “With this week's flight of Orion, we're now entering into the next phase of advancing our capabilities.” 
  
 Broadcast live streaming video on Ustream ||||| America 
  
 NASA Prepares To Test New Spacecraft (That You've Likely Never Heard Of) 
  
 i itoggle caption Kim Shiflett/NASA Kim Shiflett/NASA 
  
 NASA is about to launch a new spaceship into orbit, and Mallory Loe has never heard of it. 
  
 "I mean, technically, NASA doesn't have another spaceship, do they?" she asks incredulously during a visit to the Smithsonian National Air and Space Museum in Washington, D.C. 
  
 She's hardly the only one who doesn't know about this new spacecraft. In fact, none of a half-dozen tourists NPR interviewed in the museum's lobby was aware of the Orion spaceship. 
  
 On Thursday, the unmanned Orion test vehicle is set to be launched into space aboard a commercial rocket. It will orbit Earth twice, traveling 3,600 miles away from the planet on its second lap. Then it will re-enter the atmosphere and splash into the Pacific Ocean. 
  
 It's designed for deep space, but Orion's first mission will be back to the neighborhood of the moon. The plan is to have a robot capture a small asteroid and drag it back to lunar orbit. Then Orion will carry up to four astronauts to meet it. It's all supposed to happen in the 2020s, though some say the mission is too complicated and not much of an advance. 
  
 NASA Administrator Charles Bolden isn't surprised that nobody has heard about Orion. "Back in March of 1969, if you asked somebody about America's space program, they may have said, 'I think we've got this Apollo thing,' or something like that," he says. 
  
 i itoggle caption Radislav Sinyak/NASA/Rad Sinyak Radislav Sinyak/NASA/Rad Sinyak 
  
 But four months later, after Neil Armstrong and Buzz Aldrin had landed on the moon, you'd be hard-pressed to find anyone who didn't know about it. "That's just the nature of the human beast," he says. 
  
 Bolden hopes Thursday's test will be a similar wake-up call for Americans. 
  
 Orion is very different from the space shuttle, which retired in 2011. The shuttle was shaped like a plane and could glide back to earth and land on a runway. It looked cool but had some serious limitations. 
  
 "Winged vehicles are very, very difficult to design and build and operate," he says. 
  
 The problems are even worse when returning from beyond low-earth orbit. On the way back from deep space, spacecraft are moving fast. All of that speed generates heat as a craft hits the atmosphere. To survive the re-entry, a spacecraft needs to be shaped in a way that's simple and tough. 
  
 "I am told by all my aerodynamics friends and my rocket friends that the conical shape is the best shape for us," Bolden says. 
  
 And that's why, on the outside at least, the new Orion looks almost exactly like the old Apollo capsule sitting in the Smithsonian. The Apollo 11 capsule that carried Armstrong, Aldrin and Mike Collins to the moon is gray, about the size of a midsize car, and has a cramped-looking interior. 
  
 "To me, personally, it's amazing that three people could fit in there and stay in there for a week or so to get over to the moon and back," says Marcia Smith, the editor of SpacePolicyOnline.com. She still remembers those Apollo missions to the moon. 
  
 "Apollo evokes, for me, the excitement of exploring new worlds," she says. 
  
 itoggle caption Smithsonian Air and Space Museum 
  
 Whether this new Orion capsule can excite others remains to be seen. As Smith says, "To be honest, the [asteroid] mission really hasn't excited a lot of enthusiasm." 
  
 Critics say the strange asteroid mission speaks to a larger problem at NASA: The agency doesn't seem to know where it's going. To date, NASA has spent billions on the Orion Capsule and a mammoth rocket that will eventually carry it, known as the Space Launch System. Decades from now, Mars is supposed to be the final destination for the capsule. But in the near term, different administrations have given it different destinations. President Obama set the current asteroid mission, while President George W. Bush called for the spaceship to carry astronauts back to the surface of the moon. 
  
 Almost everyone agrees that the ultimate destination for Orion should be Mars, but it's unclear when NASA might be going. The space agency's limited budget means that it can only run tests of the capsule once every few years. (Orion's next test is not until 2018.) And to get to Mars, NASA would need to build the crew a large and expensive habitation module. 
  
 Mark Geyer, the program manager for Orion, says NASA will eventually move on to habitation modules and other technology needed for Mars. "It's a building-block approach," he says, "and Orion's the beginning of that." 
  
 But for now, the space agency has the budget only for this little capsule and the new rocket it needs to carry it. |||||
A:
The spacecraft that NASA hopes to one day send to Mars is cooling its heels on the Cape Canaveral launchpad this morning, its maiden voyage delayed by gusts of wind and leaky valves, reports the AP. NASA says it needs more time to address the valve issues, but the Orion space capsule could blast off tomorrow. It was to launch on a short, unmanned test mission that the Atlantic says will include a "rigorous training gauntlet not seen since the Apollo moon-landing era," including traveling 3,600 miles above Earth, passing through a thick belt of cosmic radiation, and experiencing temperatures up to 4,000 degrees Fahrenheit on a fast fall to Earth. "This is huge," says NASA administrator Charlie Bolden. One vital test will be that of the radiation shielding. "We're going to be flying through parts of the Van Allen radiation belts, since we're 15 times higher than the space station," the Orion program chief says. "The ISS would not have to deal with radiation, but we will, and so will every vehicle that goes to the moon. That's a big issue for the computers. These processors that are now so small—they're great for speed but they're more susceptible to radiation." But even if the mission is a complete success, a Mars trip won't happen for many years, NPR reports. Because of budget limitations, the next test flight isn't scheduled until 2018, and Orion's first launch with a crew will probably be a mission to an asteroid some time in the 2020s.