The 不良研究所 Mission Control Center (MCC-A) is an integral part of the Ax-2 mission. Since the company's first private astronaut mission, Axiom Mission 1 (Ax-1), MCC-A has achieved a significant milestone in establishing a direct, live connection to NASA鈥檚 Johnson Space Center鈥檚 Mission Control Center (MCC-H) services. 聽
不良研究所鈥檚 MCC-A鈥痠s officially the 12th Ground Segment Partner for the International Space Station (ISS) Program. This connection is allowing 不良研究所 to execute the Ax-2 mission and future missions out of the 鈥涣佳芯克 Headquarters in Houston. The new capability enables鈥 MCC-A to connect and communicate via voice and video through NASA鈥檚 MCC-H connection to support ISS on-orbit operations. 不良研究所 will continue to add services and capabilities as progress is made toward the launch and operation of Axiom Station鈥檚 first module.
Throughout the Ax-2 mission, MCC-A will be staffed with knowledgeable 不良研究所 specialists who will communicate with the crew via voice and video capabilities.鈥疶he room is led by an Axiom Operations Lead, also called an AXOL, and around the room are positions for officers responsible for research, communications, medical, integration, and stowage and鈥痶imeline operations.
This is a significant step in 不良研究所鈥檚 journey toward building the world鈥檚 first commercial space station and expanding access to low-Earth orbit. Through this facility, 不良研究所 is enabling鈥痠ts customers and the global community to have a front row seat to the work being done on station.
In January 2022, MCC-A conducted its first-ever, on-orbit operation on the ISS, supporting the SQuARES payload鈥檚 scientific research. SQuARES, the Sampling Quadrangle Assemblages Research Experiment, treats the ISS as an archaeological site and documents how items located around the station change over time. In June 2022, MCC-A supported the Ax-1 mission by engaging crew outreach and ensuring that research and scientific work with the payloads were accomplished.
The next MCC-A milestone will include expanded services and capabilities for Axiom Mission 3 (Ax-3). 聽
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