NASA Launches Swift Boost Mission to Rescue Falling Telescope
NASA has launched the Swift Boost mission to rescue the Neil Gehrels Swift Observatory, a telescope falling faster than anticipated. The robotic spacecraft LINK, designed by Katalyst Space, will dock with the observatory and tug it back into a higher orbit. The mission launched from the Marshall Islands on July 3 after a couple of delays. The Swift Observatory's new orbit will be approximately 370 miles above Earth.
Key points
- NASA launched the Swift Boost mission from the Marshall Islands on July 3 at 4:36AM Eastern time.
- The mission aims to rescue the Neil Gehrels Swift Observatory, a telescope falling faster than anticipated.
- The robotic spacecraft LINK, designed by Katalyst Space, will dock with the observatory and tug it back into a higher orbit.
- LINK will capture the Swift Observatory, dock with it using its three robotic arms, and then tug it upwards to an orbit with an altitude of approximately 370 miles.
- The mission's success is crucial for maintaining the observatory's functionality and scientific research capabilities.
NASA Launches Swift Boost Mission to Rescue Falling Telescope
NASA has launched the Swift Boost mission to rescue the Neil Gehrels Swift Observatory, a telescope falling faster than anticipated. The robotic spacecraft LINK, designed by Katalyst Space, will dock with the observatory and tug it back into a higher orbit.
The mission launched from the Marshall Islands on July 3 after a couple of delays. The Swift Boost mission is a critical operation to maintain the observatory's functionality and scientific research capabilities.
The Swift Observatory's new orbit will be approximately 370 miles above Earth. This orbit will allow the telescope to continue its scientific research and provide valuable data to astronomers and scientists worldwide.
The success of the Swift Boost mission is crucial for the scientific community, as the Swift Observatory has been a vital tool for studying gamma-ray bursts and other astrophysical phenomena. The mission's outcome will be closely monitored by NASA and the scientific community, and its success will pave the way for future space missions and scientific discoveries.
Sources
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