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Astrobotic is working with NASA and received inputs from the U.S. Government regarding the safe termination of Peregrine’s mission.
Astrobotic test fired one of Peregrine's main engines for the first time, achieving a 200 millisecond burn.
Astrobotic is working to preserve the future of cislunar space by responsibly ending Peregrine’s mission.
Astrobotic is focused on the responsible preservation of the cislunar space environment.
The Astrobotic Mission Team has stabilized the Peregrine vehicle and enabled the collection of payload data.
Astrobotic has been evaluating how to safely end the Peregrine lunar lander's mission due to an anomaly that occurred 6 days ago.
Astrobotic designed and built hardware, avionics, software, and system architectures that have performed as expected in space.
Astrobotic has decided to maintain the current trajectory of the Peregrine spacecraft to re-enter the Earth’s atmosphere.
Astrobotic determined on 2024-01-14 to allow the Peregrine spacecraft to reenter Earth’s atmosphere rather than attempt a maneuver using its remaining fuel.
Astrobotic believes that the Peregrine spacecraft could operate for several more weeks.
Astrobotic reported on 2024-01-14 that Peregrine has enough propellant to maintain spacecraft attitude and perform small maneuvers through the end of the mission.
Astrobotic does not believe that Peregrine’s re-entry poses any safety risks.
Astrobotic will continue to operate the spacecraft and provide status updates until the end of the mission.
Astrobotic is working with NASA to evaluate the controlled re-entry path of the Peregrine spacecraft.
Astrobotic powered on 10 payloads on the Peregrine spacecraft on 2024-01-11, including four payloads provided by NASA’s Commercial Lunar Payload Services (CLPS) program.
Astrobotic has been dedicated to making the Moon accessible to the world for 16 years.
Astrobotic is hosting a teleconference with NASA on Thursday, 2024-01-18 at noon ET.
Astrobotic provided power to and received data from nine of the 20 payloads on the Peregrine lander as of 2024-01-11.
Astrobotic released the first images taken by its Peregrine lunar lander on 2024-01-08 showing a disturbance in its insulation layer.
The Cert-1 mission for Vulcan included Astrobotic's Peregrine Mission One lunar lander as part of NASA's Commercial Lunar Payload Services initiative to deliver science and technology to the lunar surface.