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La Prueba de Aborto en Vuelo de la Dragon … La Prueba de Aborto en Vuelo de la Dragon 2 (oficialmente SpaceX In-Flight Abort Test - IFA) fue una prueba del sistema de aborto de la Crew Dragon realizada por SpaceX el 19 de enero de 2020. El procedimiento incluía un lanzamiento en trayectoria suborbital desde el Complejo de Lanzamiento 39A utilizando un Falcon 9 seguido de un aborto efectuado en el momento de Max Q. La prueba terminó con la cápsula escapando satisfactoriamente y el propulsor B1046 siendo destruido como se esperaba.r B1046 siendo destruido como se esperaba.
, Le Test d'éjection en vol du Crew Dragon ( … Le Test d'éjection en vol du Crew Dragon (en anglais : Crew Dragon In-Flight Abort Test) est un test réalisé par SpaceX le 19 janvier 2020. Il impliquait le lancement d'un Falcon 9 depuis le pas de tir LC-39A sur une trajectoire suborbitale, suivi d'une éjection en vol de Crew Dragon à max Q. La capsule s'est éjectée avec succès, tandis que le premier étage B1046 s'est détruit en raison des forces aérodynamiques, comme prévu.on des forces aérodynamiques, comme prévu.
, Crew Dragon In-Flight Abort Test foi um te … Crew Dragon In-Flight Abort Test foi um teste do sistema de aborto da Dragon 2 em voo. Foi lançado dia 19 de janeiro de 2020 as 15:30 UTC da plataforma 39A numa trajetória suborbital onde conduziu a separação e um cenário de aborto na troposfera em velocidade durante o , onde o veículo experimenta a pressão aerodinâmica máxima. O Dragon 2 usou seus motores de aborto , durante o desligamento intencional e prematuro dos motores, para se afastar do Falcon 9. A nave seguiu uma trajetória suborbital até o apogeu, onde o módulo de serviço foi ejetado. Os motores Draco foram então usados para orientar o veículo para a descida. Todas as principais funções foram executadas, incluindo a separação, disparo de motores, liberação do paraquedas e o pouso. Dragon 2 pousou as 15:38:54 UTC pouco além da costa da Flórida no Oceano Atlântico. O objetivo do teste foi demonstrar a capacidade de se mover do foguete em ascenção dentro das condições atmosféricas mais desafiadoras da trajetória do voo, impondo o pior estresse estrutural de um voo real tanto no foguete e na nave. O teste de aborto foi usado com um Falcon 9 Block 5 com um segundo estágio cheio de combustível com um simulador de massa substituindo o motor Merlin. Antes, este teste estava programado para antes do voo não tripulado, entretanto, a SpaceX e NASA consideraram mais seguro usar uma cápsula real em vez de um artigo de teste para o teste de aborto. Anteriormente planejava-se que o teste usasse a cápsula C201 do Demo-1, entretanto esta foi destruída numa explosão durante um teste de ignição estática no dia 20 de abril de 2019. A cápsula C205, originalmente planejada para o Demo-2, foi usada no In-Flight Abort Test com a C206 planejada para o Demo-2. De acordo com a programação atual, esse foi o teste final da nave antes de começar a transportar astronautas para a Estação Espacial Internacional, dentro do Programa de Tripulações Comerciais. Pouco antes do teste, as equipes completaram os procedimentos para o primeiro voo tripulado, desde quando vestiam os trajes às operações na plataforma. As equipes estão começando as revisões completadas dos dados, que precisam completar antes dos astronautas da NASA voarem no Demo-2. dos astronautas da NASA voarem no Demo-2.
, 龍飛船2號飛行中斷測試（英文：Dragon 2 In-Flight Abort Test，官方稱為SpaceX飛行中斷測試和載人龍飛船發射逃生演示）是對Crew Dragon中止系統的測試。 該測試於2020年1月19日進行。該測試涉及在軌道下的軌道上從39A發射場發射獵鷹9號，然後在max-Q進行載人龍飛船的空中中止。 當太空艙成功逃脫時，助推器B1046被破壞。
, SpaceX Crew Dragon In-Flight Abort Test (a … SpaceX Crew Dragon In-Flight Abort Test (also known as Crew Dragon Launch Escape Demonstration) was a successful test of the SpaceX Dragon 2 abort system, conducted on 19 January 2020. It was the final assessment for the Crew Dragon and Falcon 9 launch system before they would be certified to carry humans into space. Booster B1046.4 and an uncrewed capsule C205 were launched from Launch Complex 39A (LC-39A) on a suborbital trajectory, followed by an in-flight abort of the capsule at max Q and supersonic speed. The test was carried out successfully: the capsule pulled itself away from the booster before it broke apart, and landed safely. before it broke apart, and landed safely.
, Test úniku Dragonu za letu byl test, při k … Test úniku Dragonu za letu byl test, při kterém SpaceX testovalo záchranný systém lodi Crew Dragon za letu. Raketa Falcon 9 s třikrát letěným prvním stupněm B1046 při tomto testu odstartovala z rampy LC-39A a na vrchu rakety byla kosmická loď Crew Dragon C205.1. Start Falconu 9 na Test úniku Dragonu za letu.t Falconu 9 na Test úniku Dragonu za letu.
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Test úniku Dragonu za letu byl test, při k … Test úniku Dragonu za letu byl test, při kterém SpaceX testovalo záchranný systém lodi Crew Dragon za letu. Raketa Falcon 9 s třikrát letěným prvním stupněm B1046 při tomto testu odstartovala z rampy LC-39A a na vrchu rakety byla kosmická loď Crew Dragon C205.1. Start Falconu 9 na Test úniku Dragonu za letu.t Falconu 9 na Test úniku Dragonu za letu.
, 龍飛船2號飛行中斷測試（英文：Dragon 2 In-Flight Abort Test，官方稱為SpaceX飛行中斷測試和載人龍飛船發射逃生演示）是對Crew Dragon中止系統的測試。 該測試於2020年1月19日進行。該測試涉及在軌道下的軌道上從39A發射場發射獵鷹9號，然後在max-Q進行載人龍飛船的空中中止。 當太空艙成功逃脫時，助推器B1046被破壞。
, La Prueba de Aborto en Vuelo de la Dragon … La Prueba de Aborto en Vuelo de la Dragon 2 (oficialmente SpaceX In-Flight Abort Test - IFA) fue una prueba del sistema de aborto de la Crew Dragon realizada por SpaceX el 19 de enero de 2020. El procedimiento incluía un lanzamiento en trayectoria suborbital desde el Complejo de Lanzamiento 39A utilizando un Falcon 9 seguido de un aborto efectuado en el momento de Max Q. La prueba terminó con la cápsula escapando satisfactoriamente y el propulsor B1046 siendo destruido como se esperaba.r B1046 siendo destruido como se esperaba.
, Crew Dragon In-Flight Abort Test foi um te … Crew Dragon In-Flight Abort Test foi um teste do sistema de aborto da Dragon 2 em voo. Foi lançado dia 19 de janeiro de 2020 as 15:30 UTC da plataforma 39A numa trajetória suborbital onde conduziu a separação e um cenário de aborto na troposfera em velocidade durante o , onde o veículo experimenta a pressão aerodinâmica máxima. O Dragon 2 usou seus motores de aborto , durante o desligamento intencional e prematuro dos motores, para se afastar do Falcon 9. A nave seguiu uma trajetória suborbital até o apogeu, onde o módulo de serviço foi ejetado. Os motores Draco foram então usados para orientar o veículo para a descida. Todas as principais funções foram executadas, incluindo a separação, disparo de motores, liberação do paraquedas e o pouso. Dragon 2 pousou as 15:38:54 UTC pouco além da cn 2 pousou as 15:38:54 UTC pouco além da c
, Le Test d'éjection en vol du Crew Dragon ( … Le Test d'éjection en vol du Crew Dragon (en anglais : Crew Dragon In-Flight Abort Test) est un test réalisé par SpaceX le 19 janvier 2020. Il impliquait le lancement d'un Falcon 9 depuis le pas de tir LC-39A sur une trajectoire suborbitale, suivi d'une éjection en vol de Crew Dragon à max Q. La capsule s'est éjectée avec succès, tandis que le premier étage B1046 s'est détruit en raison des forces aérodynamiques, comme prévu.on des forces aérodynamiques, comme prévu.
, SpaceX Crew Dragon In-Flight Abort Test (a … SpaceX Crew Dragon In-Flight Abort Test (also known as Crew Dragon Launch Escape Demonstration) was a successful test of the SpaceX Dragon 2 abort system, conducted on 19 January 2020. It was the final assessment for the Crew Dragon and Falcon 9 launch system before they would be certified to carry humans into space. Booster B1046.4 and an uncrewed capsule C205 were launched from Launch Complex 39A (LC-39A) on a suborbital trajectory, followed by an in-flight abort of the capsule at max Q and supersonic speed. The test was carried out successfully: the capsule pulled itself away from the booster before it broke apart, and landed safely. before it broke apart, and landed safely.
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