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Tag: Space accidents

  • Jeff Bezos' rocket company launches experiments in first flight since 2022 crash

    Jeff Bezos' rocket company launches experiments in first flight since 2022 crash

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    Jeff Bezos’ space company successfully launched a rocket carrying experiments on Tuesday, its first flight since engine trouble caused a crash more than a year ago.

    The New Shepard rocket soared from West Texas, lifting a capsule full of tests, many of which were aboard the failed Blue Origin launch in September 2022. No one was aboard that flight or this latest one.

    This time, the capsule made it to the fringes of space, exposing the experiments from NASA and others to a few minutes of weightlessness, before parachuting back down to the desert. The rocket landed first, after releasing the capsule. It reached an altitude of 66 miles (107 kilometers) during the 10-minute flight.

    During last year’s failed launch, the rocket started to veer off course shortly after liftoff, prompting the escape system to kick in and catapult the capsule off the top. The capsule landed safely, but the rocket came crashing down.

    The problem was traced to an overheated rocket engine nozzle that broke apart. Design changes were made to the nozzles and combustion chambers.

    Blue Origin has been launching from this remote area, southeast of El Paso, for almost 20 years. The company launched its first experiments for NASA in 2019 and its first passengers in 2021 that included Bezos and his brother. The second crew, a few months later, included “Star Trek” actor William Shatner.

    Altogether, Blue Origin has launched six times with 31 passengers, interspersing the 10-minute flights with research hops.

    “Following a thorough review of today’s mission, we look forward to flying our next crewed flight soon,” said launch commentator Erika Wagner.

    Blue Origin’s New Glenn rocket, designed to reach orbit, has yet to fly. The company is aiming for a debut sometime next year from Cape Canaveral, Florida. It’s named after John Glenn, the first American to orbit the world. New Shepard is named after Alan Shepard, the first American in space.

    ___

    The Associated Press Health and Science Department receives support from the Howard Hughes Medical Institute’s Science and Educational Media Group. The AP is solely responsible for all content.

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  • ABC News – Breaking News, Latest News and Videos

    ABC News – Breaking News, Latest News and Videos

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    An ambitious but failed attempt by Russia to return to the moon after nearly half a century has exposed the massive challenges faced by Moscow’s once-proud space program.

    The destruction of the robotic Luna-25 probe, which crashed onto the surface of the moon over the weekend, reflects the endemic problems that have dogged the Russian space industry since the 1991 collapse of the Soviet Union. Those include the loss of key technologies in the post-Soviet industrial meltdown, the bruising impact of recent Western sanctions, a huge brain drain and widespread corruption.

    Yuri Borisov, the head of the state-controlled space corporation Roscosmos, attributed the failure to the lack of expertise due to the long break in lunar research that followed the last Soviet mission to the moon in 1976.

    “The priceless experience that our predecessors earned in the 1960-70s was effectively lost,” Borisov said. “The link between generations has been cut.”

    While the USSR lost the race to the United States to land humans on the moon, the Soviet lunar program had more than a dozen successful pioneering robotic missions, some of which featured lunar rovers and brought soil samples back to Earth. The proud Soviet space history includes launching the first satellite in space in 1957 and the first human in space in 1961.

    Mikhail Marov, a 90-year-old scientist who played a prominent role in planning the earlier lunar missions and worked on the Luna-25 project, was hospitalized after its failure.

    “It was very hard. It’s the work of all my life,” Marov said in remarks carried by Russian media. “For me, it was the last chance to see the revival of our lunar program.”

    Borisov said the spacecraft’s thruster fired for 127 seconds instead of the planned 84 seconds, causing it to crash, and a government commission will investigate the glitch.

    Natan Eismont, a leading researcher with the Moscow-based Institute for Space Research, told the state RIA Novosti agency said that signs of equipment problems had appeared even before the crash, but space officials still gave the go for landing.

    Vitaly Egorov, a popular Russian space blogger, noted that Roscosmos may have neglected the warnings in a rush to be the first to land on the lunar south pole ahead of an Indian spacecraft that has been orbiting the moon ahead of a planned landing.

    “It looks like things weren’t going according to plan, but they decided not to change the schedule to prevent the Indians from coming first,” he said.

    The lunar south pole is of particular interest to scientists, who believe the permanently shadowed polar craters may contain frozen water in the rocks that future explorers could transform into air and rocket fuel.

    A major factor exacerbating Russia’s space woes that could have played a role in the Luna-25 failure has been the Western sanctions on Moscow over its war in Ukraine. Those penalties have blocked imports of microchips and other key Western components and restricted scientific exchanges.

    While working on the Luna-25 project, Roscosmos partnered with the European Space Agency that was to provide a camera to facilitate the landing. The ESA halted the partnership soon after the February 2022 invasion and requested Roscosmos to remove its camera from the spacecraft.

    Years earlier, Russia hoped to buy the main navigation device for the lunar mission from Airbus, but couldn’t due to restrictions blocking the technology transfer. In the end, it developed its own equipment that delayed the project and weighed twice as much, reducing the scientific payload for the spacecraft that weighed 1,750 kilograms (over 3,800 pounds).

    Many industry experts note that even before the latest Western sanctions, the use of substandard components led to the collapse of an ambitious mission to send a probe to Mars’ moon Phobos in 2011. The spacecraft’s thrusters failed to send it on a path toward Mars and it burned in the Earth’s atmosphere — a problem that investigators attributed to using cheap commercial microchips that were unfit for the harsh conditions in space.

    Some observers speculated that using the cheap components could have stemmed from a scheme to embezzle government funds, rather than importing the specialized equipment for the Phobos-Grunt spacecraft, which was designed by the NPO Lavochkin, the same company that developed Luna-25.

    NPO Lavochkin designed fighter planes during World War II and was the main developer of Soviet robotic missions to the moon, Venus and Mars. Several top Lavochkin managers have been arrested on charges of abusing their office in recent years.

    Following the Phobos failure, space officials talked about conducting a thorough revision of the lunar spacecraft design to avoid using similar substandard components. It’s unclear whether such work ever happened.

    Russian state television had hailed Luna-25 as the country’s triumphant entry into a new moon race, but since the crash, the broadcasters have tried to play down the loss of the spacecraft. Some argued the mission wasn’t a complete failure because it sent back pictures of the lunar surface from orbit and other data.

    Borisov tried to stay optimistic, arguing it achieved some important results.

    He insisted that taking part in lunar research “not only means prestige or achieving geopolitical goals, it is necessary to ensure defense capability and technological sovereignty.”

    “I hope that the next missions … will be successful,” Borisov said, adding that Roscosmos will intensify work on future moon missions, the next of which is planned for 2027.

    “Under no circumstances we should interrupt our lunar program. It would be an utterly wrong decision,” he said.

    Amid the finger-pointing, some argued the failure could cost Borisov his job. Others predicted he probably would avoid the dismissal, noting President Vladimir Putin’s record of avoiding quick ousters of officials in response to incidents.

    Borisov, who previously served as a deputy prime minister in charge of arms industries, became Roscosmos chief a year ago, succeeding Dmitry Rogozin, who was widely blamed for some earlier space mishaps. Rogozin, who has joined the fighting in Ukraine as a volunteer, has not commented on the failed Luna-25 mission.

    Under Rogozin, Roscosmos suffered a series of failed satellite launches. Combined with the growing role of private companies like Elon Musk’s SpaceX, those failures have cost Russia its once-sizable niche in the lucrative global space launch market.

    Rogozin was widely criticized for failing to root out endemic graft, including funds embezzled during the construction of the Vostochny cosmodrome in Russia’s Far East, which was used to launch the latest moon mission.

    Some commentators said the Luna-25 crash dented Russian prestige and raised new doubts about its technological prowess following military blunders in Ukraine.

    “The consequences of the Luna-25 catastrophe are enormous,” pro-Kremlin political analyst Sergei Markov said.

    “It raises doubts about Russia’s claims of a great power status in the eyes of the global community. Many would decide that Russia can’t fulfill its ambitions either in Ukraine or on the moon because it lives not by its modest current capability but rather fantasies about its great past,” he said. “People as well as countries want to side with the strong who win, not the weak who keep making excuses about their defeats.”

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  • ABC News – Breaking News, Latest News and Videos

    ABC News – Breaking News, Latest News and Videos

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    An ambitious but failed attempt by Russia to return to the moon after nearly half a century has exposed the massive challenges faced by Moscow’s once-proud space program.

    The destruction of the robotic Luna-25 probe, which crashed onto the surface of the moon over the weekend, reflects the endemic problems that have dogged the Russian space industry since the 1991 collapse of the Soviet Union. Those include the loss of key technologies in the post-Soviet industrial meltdown, the bruising impact of recent Western sanctions, a huge brain drain and widespread corruption.

    Yuri Borisov, the head of the state-controlled space corporation Roscosmos, attributed the failure to the lack of expertise due to the long break in lunar research that followed the last Soviet mission to the moon in 1976.

    “The priceless experience that our predecessors earned in the 1960-70s was effectively lost,” Borisov said. “The link between generations has been cut.”

    While the USSR lost the race to the United States to land humans on the moon, the Soviet lunar program had more than a dozen successful pioneering robotic missions, some of which featured lunar rovers and brought soil samples back to Earth. The proud Soviet space history includes launching the first satellite in space in 1957 and the first human in space in 1961.

    Mikhail Marov, a 90-year-old scientist who played a prominent role in planning the earlier lunar missions and worked on the Luna-25 project, was hospitalized after its failure.

    “It was very hard. It’s the work of all my life,” Marov said in remarks carried by Russian media. “For me, it was the last chance to see the revival of our lunar program.”

    Borisov said the spacecraft’s thruster fired for 127 seconds instead of the planned 84 seconds, causing it to crash, and a government commission will investigate the glitch.

    Natan Eismont, a leading researcher with the Moscow-based Institute for Space Research, told the state RIA Novosti agency said that signs of equipment problems had appeared even before the crash, but space officials still gave the go for landing.

    Vitaly Egorov, a popular Russian space blogger, noted that Roscosmos may have neglected the warnings in a rush to be the first to land on the lunar south pole ahead of an Indian spacecraft that has been orbiting the moon ahead of a planned landing.

    “It looks like things weren’t going according to plan, but they decided not to change the schedule to prevent the Indians from coming first,” he said.

    The lunar south pole is of particular interest to scientists, who believe the permanently shadowed polar craters may contain frozen water in the rocks that future explorers could transform into air and rocket fuel.

    A major factor exacerbating Russia’s space woes that could have played a role in the Luna-25 failure has been the Western sanctions on Moscow over its war in Ukraine. Those penalties have blocked imports of microchips and other key Western components and restricted scientific exchanges.

    While working on the Luna-25 project, Roscosmos partnered with the European Space Agency that was to provide a camera to facilitate the landing. The ESA halted the partnership soon after the February 2022 invasion and requested Roscosmos to remove its camera from the spacecraft.

    Years earlier, Russia hoped to buy the main navigation device for the lunar mission from Airbus, but couldn’t due to restrictions blocking the technology transfer. In the end, it developed its own equipment that delayed the project and weighed twice as much, reducing the scientific payload for the spacecraft that weighed 1,750 kilograms (over 3,800 pounds).

    Many industry experts note that even before the latest Western sanctions, the use of substandard components led to the collapse of an ambitious mission to send a probe to Mars’ moon Phobos in 2011. The spacecraft’s thrusters failed to send it on a path toward Mars and it burned in the Earth’s atmosphere — a problem that investigators attributed to using cheap commercial microchips that were unfit for the harsh conditions in space.

    Some observers speculated that using the cheap components could have stemmed from a scheme to embezzle government funds, rather than importing the specialized equipment for the Phobos-Grunt spacecraft, which was designed by the NPO Lavochkin, the same company that developed Luna-25.

    NPO Lavochkin designed fighter planes during World War II and was the main developer of Soviet robotic missions to the moon, Venus and Mars. Several top Lavochkin managers have been arrested on charges of abusing their office in recent years.

    Following the Phobos failure, space officials talked about conducting a thorough revision of the lunar spacecraft design to avoid using similar substandard components. It’s unclear whether such work ever happened.

    Russian state television had hailed Luna-25 as the country’s triumphant entry into a new moon race, but since the crash, the broadcasters have tried to play down the loss of the spacecraft. Some argued the mission wasn’t a complete failure because it sent back pictures of the lunar surface from orbit and other data.

    Borisov tried to stay optimistic, arguing it achieved some important results.

    He insisted that taking part in lunar research “not only means prestige or achieving geopolitical goals, it is necessary to ensure defense capability and technological sovereignty.”

    “I hope that the next missions … will be successful,” Borisov said, adding that Roscosmos will intensify work on future moon missions, the next of which is planned for 2027.

    “Under no circumstances we should interrupt our lunar program. It would be an utterly wrong decision,” he said.

    Amid the finger-pointing, some argued the failure could cost Borisov his job. Others predicted he probably would avoid the dismissal, noting President Vladimir Putin’s record of avoiding quick ousters of officials in response to incidents.

    Borisov, who previously served as a deputy prime minister in charge of arms industries, became Roscosmos chief a year ago, succeeding Dmitry Rogozin, who was widely blamed for some earlier space mishaps. Rogozin, who has joined the fighting in Ukraine as a volunteer, has not commented on the failed Luna-25 mission.

    Under Rogozin, Roscosmos suffered a series of failed satellite launches. Combined with the growing role of private companies like Elon Musk’s SpaceX, those failures have cost Russia its once-sizable niche in the lucrative global space launch market.

    Rogozin was widely criticized for failing to root out endemic graft, including funds embezzled during the construction of the Vostochny cosmodrome in Russia’s Far East, which was used to launch the latest moon mission.

    Some commentators said the Luna-25 crash dented Russian prestige and raised new doubts about its technological prowess following military blunders in Ukraine.

    “The consequences of the Luna-25 catastrophe are enormous,” pro-Kremlin political analyst Sergei Markov said.

    “It raises doubts about Russia’s claims of a great power status in the eyes of the global community. Many would decide that Russia can’t fulfill its ambitions either in Ukraine or on the moon because it lives not by its modest current capability but rather fantasies about its great past,” he said. “People as well as countries want to side with the strong who win, not the weak who keep making excuses about their defeats.”

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  • Space diversity: Europe’s space agency gets 1st parastronaut

    Space diversity: Europe’s space agency gets 1st parastronaut

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    PARIS — The European Space Agency made history Wednesday by selecting an amputee who lost his leg in a motorcycle accident to be among its newest batch of astronauts — a leap toward its pioneering ambition to send someone with a physical disability into space.

    John McFall, a 41-year-old Briton who lost his right leg when he was 19 and went on to compete in the Paralympics, called his selection at Europe’s answer to NASA “a real turning point and mark in history.”

    “ESA has a commitment to send an astronaut with a physical disability into space … This is the first time that a space agency has endeavored to embark on a project like this. And it sends a really, really strong message to humanity,” he said.

    The newly-minted parastronaut joins five career astronauts in the final selection unveiled during a Paris news conference — the conclusion of the agency’s first recruitment drive in over a decade aimed at bringing diversity to space travel.

    The list also included two women: France’s Sophie Adenot and the UK’s Rosemary Coogan, new ambassadors for another greatly underrepresented section for European astronauts. A small minority of those who have explored space have been women, and most of those were Americans.

    Wednesday’s list did not, however, include any persons of color. The hiring campaign didn’t specifically address ethnic diversity, but at the time stressed the importance of “representing all parts of our society.”

    McFall will follow a different path than his fellow astronauts because he will participate in a groundbreaking feasibility study exploring whether physical disability will impair space travel. It’s uncharted land, since no major Western space agency has ever put a parastronaut into space, according to the ESA.

    Speaking with pride amid flashes of emotion, McFall said that he was uniquely suited to the mission because of the vigor of his mind and body.

    “I’m very comfortable in my own skin. I lost my leg about twenty plus years ago, I’ve had the opportunity to be a paralympic athlete and really explored myself emotionally … All those factors and hardships in life have given me confidence and strength — the ability to believe in myself that I can do anything I put my mind to,” he added.

    “I never dreamt of being an astronaut. It was only when ESA announced that they were looking for a candidate with a physical disability to embark on this project that it really sparked my interest.”

    The feasibility study, that will last two to three years, will examine the basic hurdles for a parastronaut including how a physical disability might impact mission training, and if modifications to spacesuits and aircraft are required, for example.

    ESA’s Director of Human and Robotic Exploration David Parker said it was still a “long road” for McFall but described the fresh recruitment as a long-held ambition.

    Parker said it started with a question. “Maybe there are people out there that are almost superhuman in that they’ve already overcome challenges. And could they become astronauts?”

    Parker also says that he “thinks” it may be the first time the word “parastronaut” has been used, but “I do not claim ownership.”

    “We’re saying that John (McFall) could be the first parastronaut, that means someone who has been selected by the regular astronaut selection process but happens to have a disability that would normally have ruled him out,” he said.

    It will be at least five years before McFall goes into space as an astronaut — if he is successful.

    Across the Atlantic, Houston is taking note. Dan Huot, a spokesman for NASA’s Johnson Space Center, home to the American agency’s astronaut corps, told the AP that “we at NASA are watching ESA’s para-astronaut selection process with great interest.”

    Huot acknowledged that “NASA’s selection criteria currently remains the same” but said the agency is looking forward to working with the “new astronauts in the future” from partners such as the ESA.

    NASA stressed that it has a safety-conscious process for vetting future astronauts who might be put in life-threatening situations.

    “For maximum crew safety, NASA’s current requirements call for each crew member to be free of medical conditions that could either impair the person’s ability to participate in, or be aggravated by, spaceflight, as determined by NASA physicians,” Huot added.

    NASA said future “assistive technology” might change the game for “some candidates” to meet their stringent safety requirements.

    The European agency received applications from all member nations and associate members, though most came from traditional heavyweights France, Germany, Britain and Italy.

    The two-day ESA council running Tuesday to Wednesday in Paris also saw France, Germany and Italy announcing an agreement Tuesday for a new-generation European space launcher project as part of apparent efforts to better compete with Elon Musk’s SpaceX and other rocket programs in the U.S. and China.

    The ESA’s 22 European members also announced their commitment to “space ambitions” with a budget rise of 17% — representing 16.9 billion euros over the next three years. It will fund projects as diverse as tackling climate change to exploring Mars.

    ———

    Associated Press writer Marcia Dunn contributed to this story from Cape Canaveral, Florida

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  • Section of destroyed shuttle Challenger found on ocean floor

    Section of destroyed shuttle Challenger found on ocean floor

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    CAPE CANAVERAL, Fla. — A large section of the destroyed space shuttle Challenger has been found buried in sand at the bottom of the Atlantic, more than three decades after the tragedy that killed a schoolteacher and six others.

    NASA’s Kennedy Space Center announced the discovery Thursday.

    “Upon first hearing about it, it brings you right back to 1986,” said Michael Ciannilli, a NASA manager in charge of the remains of both lost shuttles, Challenger and Columbia.

    In a NASA interview, he said it’s one of the biggest pieces of Challenger ever found in the decades since the accident.

    Divers for a TV documentary crew first spotted the piece in March while seeking wreckage of a World War II plane. NASA recently verified through video that the piece was part of the shuttle that broke apart shortly after liftoff on Jan. 28, 1986. All seven on board were killed, including the first schoolteacher bound for space, Christa McAuliffe.

    The remnant is more than 15 feet by 15 feet (4.5 meters by 4.5 meters); it’s likely bigger because part of it is covered with sand. Because of the presence of square thermal tiles, it’s believed to be from the shuttle’s belly, officials said.

    The fragment remains on the ocean floor just off the Florida coast near Cape Canaveral, as NASA determines the next step. It remains the property of the U.S. government.

    Ciannilli said the families of all seven Challenger crew members have been notified.

    A History Channel documentary detailing the discovery airs Nov. 22.

    ———

    The Associated Press Health and Science Department receives support from the Howard Hughes Medical Institute’s Department of Science Education. The AP is solely responsible for all content.

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  • Section of destroyed shuttle Challenger found on ocean floor

    Section of destroyed shuttle Challenger found on ocean floor

    [ad_1]

    CAPE CANAVERAL, Fla. — A large section of the destroyed space shuttle Challenger has been found buried in sand at the bottom of the Atlantic, more than three decades after the tragedy that killed a schoolteacher and six others.

    NASA’s Kennedy Space Center announced the discovery Thursday.

    “Upon first hearing about it, it brings you right back to 1986,” said Michael Ciannilli, a NASA manager in charge of the remains of both lost shuttles, Challenger and Columbia.

    In a NASA interview, he said it’s one of the biggest pieces of Challenger ever found in the decades since the accident.

    Divers for a TV documentary crew first spotted the piece in March while seeking wreckage of a World War II plane. NASA recently verified through video that the piece was part of the shuttle that broke apart shortly after liftoff on Jan. 28, 1986. All seven on board were killed, including the first schoolteacher bound for space, Christa McAuliffe.

    The remnant is more than 15 feet by 15 feet (4.5 meters by 4.5 meters); it’s likely bigger because part of it is covered with sand. Because of the presence of square thermal tiles, it’s believed to be from the shuttle’s belly, officials said.

    The fragment remains on the ocean floor just off the Florida coast near Cape Canaveral, as NASA determines the next step. It remains the property of the U.S. government.

    Ciannilli said the families of all seven Challenger crew members have been notified.

    A History Channel documentary detailing the discovery airs Nov. 22.

    ———

    The Associated Press Health and Science Department receives support from the Howard Hughes Medical Institute’s Department of Science Education. The AP is solely responsible for all content.

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  • NASA says spacecraft crash changed an asteroid’s orbit in test to protect Earth from future threats

    NASA says spacecraft crash changed an asteroid’s orbit in test to protect Earth from future threats

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    NASA says spacecraft crash changed an asteroid’s orbit in test to protect Earth from future threats

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