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ISS Astronauts Take Shelter In Boeing Starliner After Satellite Breakup: Nine astronauts on the International Space Station briefly took shelter late Wednesday as a satellite broke up in low Earth orbit, creating a "debris-generating event." Space.com reports: The Expedition 71 crew on the International Space Station (ISS) went to their three spacecraft, including Boeing Starliner, shortly after 9 p.m. EDT (0200 GMT), according to a brief NASA update on X, formerly known as Twitter. As the ISS follows a time zone identical to GMT, according to the European Space Agency, the astronauts were likely in their sleep period when the incident occurred. The procedure was a "precautionary measure", NASA officials added, stating that the crew only stayed in their spacecraft for about an hour before they were "cleared to exit their spacecraft, and the station resumed normal operations." NASA did not specify which satellite was associated with the incident, but satellite monitoring and collision detection firm LeoLabs identified a "debris-generating event" that same evening. "Early indications are that a non-operational Russian spacecraft, Resurs-P1 [or] SATNO 39186, released a number of fragments," the company wrote on X. U.S. Space Command also reported the Resurs-P1 event, saying on X that over 100 pieces of trackable debris were generated. The military said it "observed no immediate threats and is continuing to conduct routine conjunction assessments." (A conjunction refers to a close approach of two objects in orbit to one another.) Read more of this story at Slashdot.

ISS Astronauts Take Shelter In Boeing Starliner After Satellite Breakup: Nine astronauts on the International Space Station briefly took shelter late Wednesday as a satellite broke up in low Earth orbit, creating a "debris-generating event." Space.com reports: The Expedition 71 crew on the International Space Station (ISS) went to their three spacecraft, including Boeing Starliner, shortly after 9 p.m. EDT (0200 GMT), according to a brief NASA update on X, formerly known as Twitter. As the ISS follows a time zone identical to GMT, according to the European Space Agency, the astronauts were likely in their sleep period when the incident occurred. The procedure was a "precautionary measure", NASA officials added, stating that the crew only stayed in their spacecraft for about an hour before they were "cleared to exit their spacecraft, and the station resumed normal operations." NASA did not specify which satellite was associated with the incident, but satellite monitoring and collision detection firm LeoLabs identified a "debris-generating event" that same evening. "Early indications are that a non-operational Russian spacecraft, Resurs-P1 [or] SATNO 39186, released a number of fragments," the company wrote on X. U.S. Space Command also reported the Resurs-P1 event, saying on X that over 100 pieces of trackable debris were generated. The military said it "observed no immediate threats and is continuing to conduct routine conjunction assessments." (A conjunction refers to a close approach of two objects in orbit to one another.) Read more of this story at Slashdot.

ISS Astronauts Take Shelter In Boeing Starliner After Satellite Breakup: Nine astronauts on the International Space Station briefly took shelter late Wednesday as a satellite broke up in low Earth orbit, creating a "debris-generating event." Space.com reports: The Expedition 71 crew on the International Space Station (ISS) went to their three spacecraft, including Boeing Starliner, shortly after 9 p.m. EDT (0200 GMT), according to a brief NASA update on X, formerly known as Twitter. As the ISS follows a time zone identical to GMT, according to the European Space Agency, the astronauts were likely in their sleep period when the incident occurred. The procedure was a "precautionary measure", NASA officials added, stating that the crew only stayed in their spacecraft for about an hour before they were "cleared to exit their spacecraft, and the station resumed normal operations." NASA did not specify which satellite was associated with the incident, but satellite monitoring and collision detection firm LeoLabs identified a "debris-generating event" that same evening. "Early indications are that a non-operational Russian spacecraft, Resurs-P1 [or] SATNO 39186, released a number of fragments," the company wrote on X. U.S. Space Command also reported the Resurs-P1 event, saying on X that over 100 pieces of trackable debris were generated. The military said it "observed no immediate threats and is continuing to conduct routine conjunction assessments." (A conjunction refers to a close approach of two objects in orbit to one another.) Read more of this story at Slashdot.

[Day 10/21] 🌌 Did you know there are over 100 million pieces of space debris orbiting Earth, posing serious risks to satellites and space missions? 🚀 🛰️ Space debris, from defunct satellites to tiny fragments, threatens operational spacecraft and future missions. Collisions with debris can damage or destroy vital satellites, leading to significant financial losses and disruptions in communication and navigation. 💡 Innovative solutions are being developed, including satellite cleanup missions using nets, harpoons, and robotic arms to capture and remove debris. Researchers are also exploring the use of lasers to alter debris orbits, safely guiding them to burn up in Earth's atmosphere. 🔥 🌍 International collaboration is essential. Agencies like NASA, ESA, and private companies are working together to establish sustainable practices for space debris management. 🤔 How can we effectively tackle the growing problem of space debris? Share your ideas and join the conversation on ensuring a safe and sustainable space environment! Pratik Shanbhag #SpaceDebris #SpaceSafety #SustainableSpace #OrbitalDebris

Launch of Boeing's Starliner Rocket Postponed About two hours before the scheduled launch time, on Monday, the North American space agency identified an anomaly in a valve on the Atlas V rocket, announced the rocket's manufacturer, the ULA group. "NASA's priority is safety", reacted the director of the North American space agency, Bill Nelson. Take-off will take place when everything is ready, he wrote on the social network X (formerly Twitter). A new take-off attempt could happen today, or on Friday or Saturday, but no new date has yet been announced. Boeing is investing heavily in this latest test mission, which should allow it to join the very small club of spacecraft that transport astronauts. The aerospace giant must demonstrate that the vehicle is safe before it can begin regular missions to the ISS, four years behind SpaceX. SpaceX's Dragon capsule joined this list in 2020, succeeding the legendary Mercury, Gemini, Apollo and space shuttle programs. After the shuttle program ended in 2011, NASA astronauts had to travel aboard the Russian Soyuz spacecraft. To put an end to this dependence, in 2014, the North American space agency signed contracts worth 4.2 billion dollars (3.9 billion euros) with Boeing and 2.6 billion dollars ( 2.42 billion euros) with SpaceX for the development of new spacecraft. Once Starliner is operational, NASA hopes to alternate between SpaceX and Boeing flights to take astronauts to the ISS. After the deactivation of the ISS in 2030, the two ships will be able to be used to transport people to future private space stations, which several North American companies are already planning to build. https://ift.tt/y87UISF

The NASA mission team has decided to delay the return of the Boeing Starliner and its first crew to Earth from the International Space Station until no earlier than June 18. The spacecraft discovered new technical problems after docking with the International Space Station, in particular involving a "tricky" oxidizer separation valve failure, which required additional time to conduct inspections and necessary repair work. This decision by NASA and Boeing demonstrates a high level of responsibility for the safety of the astronauts and the seriousness of ensuring the success of the mission. The decision to delay the return also took into account several factors, including the repair of faulty components, weather conditions, coordination with other space activities, and more, all to minimize risk and ensure that the spacecraft can safely return to Earth. It also proves once again that space activities are complex and challenging, and that even with careful preparation and testing, unforeseen problems can still occur. In addition, the incident has also sparked discussion about Boeing's commercial crew space program compared to rival SpaceX. SpaceX has successfully completed multiple human spaceflight missions and its relatively low development costs, which undoubtedly puts additional pressure on Boeing to meet the same or even higher technical and managerial standards. You can use.com,.top domain names to build a platform to record SpaceX launch documents and witness its development. In conclusion, this delay is not only a technical challenge, but also a test of the ability of Boeing and its partners to respond and solve problems in the face of uncertainties in space missions. It is also an opportunity for the industry as a whole to learn and improve to further improve the safety and efficiency of future tasks.