Boeing’s Starliner Returns to Earth After Mission Failure

Boeing’s Starliner spacecraft, which transported two NASA astronauts to the International Space Station (ISS) in June, has returned to Earth without the astronauts. The mission was cut short due to safety concerns, forcing the astronauts to remain on the ISS until February 2024 when they will travel back with SpaceX’s Dragon capsule. The Starliner capsule landed in New Mexico after experiencing helium leaks that were traced back to overheating thrusters. Despite the setback, Boeing plans to continue developing the spacecraft to fulfill NASA’s goal of having two private US companies compete for space transportation missions.

NASA Adjusts Crew-9 Mission, Sending Only Two Astronauts to ISS

NASA has announced a change to its upcoming SpaceX Crew-9 mission, sending only two astronauts instead of the original four. This adjustment is due to the delayed return of two astronauts aboard Boeing’s Starliner spacecraft, which encountered technical issues. The two astronauts who were initially slated to fly on Crew-9 will now be assigned to a future mission.

SpaceX to Bring Home Astronauts After Boeing Starliner Issues

NASA has chosen SpaceX to return two astronauts from the International Space Station after issues with Boeing’s Starliner spacecraft forced a delay in their return. This decision comes after Boeing CEO Dennis Muilenburg’s bold claim in 2017 that the first person on Mars would ride a Boeing rocket. Musk and Boeing’s CEOs have engaged in a public back-and-forth about the future of space travel.

NASA’s Psyche Mission Continues Journey with Blue-Glowing Thrusters

NASA’s Psyche spacecraft, on its journey to explore a metal-rich asteroid in the main asteroid belt between Mars and Jupiter, has recently activated its blue-glowing electric thrusters to propel it on the next leg of its mission. These solar-powered thrusters, known as Hall thrusters, provide efficient and gradual acceleration in the vacuum of space. The spacecraft carries 2,030 pounds of xenon fuel, allowing its thrusters to operate continuously for years. To reach its destination in 2029, Psyche will utilize a Mars gravity assist maneuver in 2026, boosting its speed. The spacecraft is currently traveling at around 84,000 mph, which will increase to 124,000 mph with the assistance of its thrusters. The Psyche mission is a testament to the advancements in space propulsion technology, enabling efficient and extended travel beyond Earth’s orbit.

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