NASA and Blue Origin Invite Media to Witness Historic Mars Mission Launch
The highly anticipated launch of NASA's ESCAPADE mission is just around the corner, with the agency and its partner Blue Origin now opening accreditation for media interested in covering this groundbreaking event. Set to study the solar wind's interaction with Mars, the twin ESCAPADE spacecraft will provide unprecedented insight into the planet's real-time response to space weather.
The launch marks the second time Blue Origin's New Glenn rocket will be put into action, following a successful previous mission earlier this year. For media interested in attending the launch, which is scheduled for later this fall at Cape Canaveral Space Force Station in Florida, there are still opportunities available β albeit limited. Accredited media will have access to exclusive pre-launch activities and will be granted permission to cover the actual launch.
The ESCAPADE mission, part of NASA's Small Innovative Missions for Planetary Exploration program, has been months in the making. Led by the University of California, Berkeley Space Sciences Laboratory, the project is designed to provide a deeper understanding of Mars' interaction with its solar environment. The twin spacecraft are set to be launched on separate occasions, providing researchers with an unprecedented opportunity to study this complex phenomenon.
NASA has released detailed information on its media accreditation policy and procedures for interested journalists. Media representatives must submit their applications online by October 13th at 11:59pm EDT to secure a spot. Those who have already applied need not reapply. For any queries or mission-related inquiries, NASA's Kennedy Space Center is available via phone.
While the launch itself will take place later this fall, media are encouraged to keep an eye on NASA's ESCAPADE blog for regular updates and insights into the preparation process. As the countdown begins, fans of space exploration can look forward to witnessing a major milestone in interplanetary research β and get a glimpse of what it takes to unravel one of our solar system's greatest mysteries.
The highly anticipated launch of NASA's ESCAPADE mission is just around the corner, with the agency and its partner Blue Origin now opening accreditation for media interested in covering this groundbreaking event. Set to study the solar wind's interaction with Mars, the twin ESCAPADE spacecraft will provide unprecedented insight into the planet's real-time response to space weather.
The launch marks the second time Blue Origin's New Glenn rocket will be put into action, following a successful previous mission earlier this year. For media interested in attending the launch, which is scheduled for later this fall at Cape Canaveral Space Force Station in Florida, there are still opportunities available β albeit limited. Accredited media will have access to exclusive pre-launch activities and will be granted permission to cover the actual launch.
The ESCAPADE mission, part of NASA's Small Innovative Missions for Planetary Exploration program, has been months in the making. Led by the University of California, Berkeley Space Sciences Laboratory, the project is designed to provide a deeper understanding of Mars' interaction with its solar environment. The twin spacecraft are set to be launched on separate occasions, providing researchers with an unprecedented opportunity to study this complex phenomenon.
NASA has released detailed information on its media accreditation policy and procedures for interested journalists. Media representatives must submit their applications online by October 13th at 11:59pm EDT to secure a spot. Those who have already applied need not reapply. For any queries or mission-related inquiries, NASA's Kennedy Space Center is available via phone.
While the launch itself will take place later this fall, media are encouraged to keep an eye on NASA's ESCAPADE blog for regular updates and insights into the preparation process. As the countdown begins, fans of space exploration can look forward to witnessing a major milestone in interplanetary research β and get a glimpse of what it takes to unravel one of our solar system's greatest mysteries.