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Astrobotic tested Peregrine’s main engines on 2024-01-13 and confirmed they worked.
Astrobotic confirmed 2024-01-17 that its Peregrine lunar lander will reenter over the South Pacific on 2024-01-18.
Astrobotic believes that Peregrine's re-entry does not pose safety risks and expects the spacecraft to burn up in Earth's atmosphere.
Astrobotic designed and built hardware, avionics, software, and system architectures that have performed as expected in space.
Astrobotic has decided to maintain the Peregrine spacecraft's trajectory to re-enter Earth's atmosphere.
Astrobotic has been dedicated to making the Moon accessible to the world for 16 years.
Astrobotic is working with NASA to update and evaluate the controlled re-entry path of Peregrine.
The recommendation received by Astrobotic is to let the Peregrine spacecraft burn up during re-entry in Earth's atmosphere.
Astrobotic test-fired one of the Peregrine's main engines for the first time, achieving a 200-millisecond burn.
Astrobotic will continue to operate the Peregrine spacecraft and provide status updates until the end of the mission.
Astrobotic is validating the safety of Peregrine's re-entry through analyses in collaboration with the U.S. Government.
Astrobotic is working with NASA and has received input from the space community and the U.S. Government regarding the safe course of action to end Peregrine's mission.
Astrobotic has been evaluating how best to safely end the Peregrine lunar lander's mission after an anomaly occurred 6 days ago.
Astrobotic's next mission to the Moon is expected to achieve a soft landing.
Astrobotic is focused on the responsible preservation of the cislunar space environment.
The Astrobotic Mission Team has worked to stabilize the Peregrine spacecraft and enable data collection from active payloads.
Astrobotic CEO John Thornton expresses pride in the team's accomplishments and the heroic efforts of the mission control team.
Astrobotic worked with NASA and received inputs from the U.S. Government and the space community to select reentry as the most safe and responsible end-of-mission course of action for Peregrine.
The Astrobotic Mission Team has stabilized the Peregrine vehicle and enabled the collection of payload data.
Astrobotic does not believe that Peregrine’s re-entry poses any safety risks.