_otd-in-space-may-9-japan-launches-hayabusa-mission-to-asteroid.jpg "OTD In Space – May 9: Japan Launches Hayabusa Mission To Asteroid from busy this is in the kiss Video Screenshot Preview")
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✓ Published: 10-May-2024
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✓ Published: 10-May-2024
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On May 9, 2003, the Japan Aerospace Exploration Agency launched the first-ever asteroid sample return mission, Hayabusa. <br/><br/>This was also the first mission to land on an asteroid. Hayabusa would spend about two years chasing down a near-Earth asteroid called 25143 Itokawa. It then landed on the asteroid, scooped up some samples, and returned to Earth in 2010. Hayabusa may have accomplished its mission, but it was also constantly plagued with technical difficulties. The problems started six months after the launch, when a huge solar flare damaged the solar arrays. This reduced the amount of power the solar panels could supply to its ion engines, so it look an extra three months to reach the asteroid. After finally getting there, Hayabusa tried to drop off a tiny robotic lander called MINERVA, but it drifted off into space without even touching the asteroid. Hayabusa itself made two separate landing attempts, both of which were riddled with problems that put the spacecraft into safe mode. But somehow it still managed to bring some asteroid dust back to Earth.
On May 9, 2003, the Japan Aerospace Exploration Agency launched the first-ever asteroid sample return mission, Hayabusa. <br/><br/>This was also the first mission to land on an asteroid. Hayabusa would spend about two years chasing down a near-Earth asteroid called 25143 Itokawa. It then landed on the asteroid, scooped up some samples, and returned to Earth in 2010. Hayabusa may have accomplished its mission, but it was also constantly plagued with technical difficulties. The problems started six months after the launch, when a huge solar flare damaged the solar arrays. This reduced the amount of power the solar panels could supply to its ion engines, so it look an extra three months to reach the asteroid. After finally getting there, Hayabusa tried to drop off a tiny robotic lander called MINERVA, but it drifted off into space without even touching the asteroid. Hayabusa itself made two separate landing attempts, both of which were riddled with problems that put the spacecraft into safe mode. But somehow it still managed to bring some asteroid dust back to Earth.
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_otd-in-space-may-9-japan-launches-hayabusa-mission-to-asteroid.webp "On May 9, 2003, the Japan Aerospace Exploration Agency launched the first-ever asteroid sample return mission, Hayabusa. <br/><br/>This was also the first mission to land on an asteroid. Hayabusa would spend about two years chasing down a near-Earth asteroid called 25143 Itokawa. It then landed on the asteroid, scooped up some samples, and returned to Earth in 2010. Hayabusa may have accomplished its mission, but it was also constantly plagued with technical difficulties. The problems started six months after the launch, when a huge solar flare damaged the solar arrays. This reduced the amount of power the solar panels could supply to its ion engines, so it look an extra three months to reach the asteroid. After finally getting there, Hayabusa tried to drop off a tiny robotic lander called MINERVA, but it drifted off into space without even touching the asteroid. Hayabusa itself made two separate landing attempts, both of which were riddled with problems that put the spacecraft into safe mode. But somehow it still managed to bring some asteroid dust back to Earth.")
_otd-in-space-may-13-apollo-spacecraft-launches-for-abort-test.webp "On May 13, 1964, NASA launched the second abort test of the Apollo spacecraft.<br/><br/>This uncrewed mission would demonstrate that the launch escape system could safely eject the Apollo command module in case of an emergency. For the first test, the command module ejected just above the launchpad 15 seconds after liftoff. But the second time it stayed on top of the rocket for 44 seconds. It reached an altitude of almost 30,000 feet, which was six times higher than it went during the first test. By doing the test later in the flight, NASA was checking to see if the escape system worked well under high dynamic pressure. In other words, the rocket was under more mechanical stress because of the aerodynamics of its flight. It lifted off on a Little Joe II rocket from the White Sands Missile Range in New Mexico, and the abort test went mostly according to plan. The Command Module did bump in to the booster after they separated, and that damaged one of its parachutes. Thankfully it had two more parachutes, but the landing was still pretty rough.")
_otd-in-space-may-8-centaur-rocket-explodes-during-maiden-flight.webp "On May 8, 1962, NASA's new Centaur rocket exploded in mid-air during its first test flight. <br/><br/>The Centaur was an upper stage specially designed to launch heavier payloads into orbit. For its first launch, it flew on an Atlas rocket booster. The liftoff from Cape Canaveral went well at first. Then 54 seconds later, the Centaur suddenly exploded. Both the Centaur and the Atlas disintegrated at an altitude of nearly 30,000 feet (9,000 meters). An investigation determined that the insulation panels around the liquid hydrogen fuel tank couldn't withstand the pressure during the flight, so the tank ruptured. This was the first rocket launch to use liquid hydrogen in its propulsion system. NASA redesigned the Centaur and launched its first successful test flight the following year. Different versions of the Centaur have since been used to launch missions throughout the solar system, and they've even flown on space shuttles to help boost payloads out of low Earth orbit.")
_otd-in-space-may-8-centaur-rocket-explodes-during-maiden-flight.webp "On May 8, 1962, NASA's new Centaur rocket exploded in mid-air during its first test flight. <br/><br/>The Centaur was an upper stage specially designed to launch heavier payloads into orbit. For its first launch, it flew on an Atlas rocket booster. The liftoff from Cape Canaveral went well at first. Then 54 seconds later, the Centaur suddenly exploded. Both the Centaur and the Atlas disintegrated at an altitude of nearly 30,000 feet (9,000 meters). An investigation determined that the insulation panels around the liquid hydrogen fuel tank couldn't withstand the pressure during the flight, so the tank ruptured. This was the first rocket launch to use liquid hydrogen in its propulsion system. NASA redesigned the Centaur and launched its first successful test flight the following year. Different versions of the Centaur have since been used to launch missions throughout the solar system, and they've even flown on space shuttles to help boost payloads out of low Earth orbit.")
_otd-in-space-may-12-last-spacewalk-at-mir-space-station.webp "On May 12, 2000, two Russian cosmonauts embarked on the 80th and final spacewalk at the Mir space station. <br/><br/>This was also the first commercially financed spacewalk. A private company called Mircorp paid to launch two cosmonauts, Sergei Zalyotin and Alexander Kalery, on the so-called \")
_otd-in-space-may-12-last-spacewalk-at-mir-space-station.webp "On May 12, 2000, two Russian cosmonauts embarked on the 80th and final spacewalk at the Mir space station. <br/><br/>This was also the first commercially financed spacewalk. A private company called Mircorp paid to launch two cosmonauts, Sergei Zalyotin and Alexander Kalery, on the so-called \")
_otd-in-space-may-11-final-hubble-servicing-mission-launches.webp "On May 11, 2009, the space shuttle Atlantis launched on the fifth and final servicing mission for the Hubble Space Telescope. <br/><br/>During mission STS-125, astronauts installed two new instruments on the telescope. One was the Cosmic Origins spectrograph, which allowed Hubble to observe faint objects in the cosmos in ultraviolet light. This would help researchers study the formation of galaxies and other large-scale structures in the universe. The second instrument was the Wide Field Camera 3, which replaced the old Wide Field and Planetary Camera 2 that was installed during the first servicing mission in 1993. This new camera could observe the universe in visible, near-infrared and near-ultraviolet light with a higher resolution and larger field of view than any of Hubble's older instruments. The crew completed their tasks in five spacewalks over the course of the 13-day mission.")
_otd-in-space-may-11-final-hubble-servicing-mission-launches.webp "On May 11, 2009, the space shuttle Atlantis launched on the fifth and final servicing mission for the Hubble Space Telescope. <br/><br/>During mission STS-125, astronauts installed two new instruments on the telescope. One was the Cosmic Origins spectrograph, which allowed Hubble to observe faint objects in the cosmos in ultraviolet light. This would help researchers study the formation of galaxies and other large-scale structures in the universe. The second instrument was the Wide Field Camera 3, which replaced the old Wide Field and Planetary Camera 2 that was installed during the first servicing mission in 1993. This new camera could observe the universe in visible, near-infrared and near-ultraviolet light with a higher resolution and larger field of view than any of Hubble's older instruments. The crew completed their tasks in five spacewalks over the course of the 13-day mission.")
_otd-in-space-may-10-m2-f2-lifting-body-crashes.webp "On May 10, 1967, a NASA research aircraft known as the wingless M2-F2 lifting body crashed on Rogers Dry Lakebed at the Dryden Flight Research Center in California. <br/><br/>The test pilot, Bruce Peterson, was severely injured, but he survived, although he did lose his vision in his right eye. Peterson was coming in for a landing during a glide test flight when the plane starting doing something called a \")
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