The Artemis II crew and NASA successfully conducted a simulated launch day test at the Kennedy Space Center to prepare for the upcoming lunar landing mission. The Ground Systems Program team successfully completed the first in a series of comprehensive ground systems tests at the agency's Kennedy Space Center in Florida in preparation for their mission around the moon.
On Wednesday, NASA astronauts Reid Wiseman, Victor Glover and Christina Koch joined Canadian Space Agency (CSA) astronaut Jeremy Hansen to rehearse the procedures they will go through on launch day to prepare for space travel.
The crew woke up in crew quarters inside Kennedy's Neil Armstrong Operations and Checkout Building and donned test versions of the Orion Crew Survival System space suits they will wear on launch day. They then set off on NASA's new Artemis crew transport team to launch pad 39B, covering the nine-mile journey to the launch pad. Wiseman and Glover rode in the first electric car, and Koch and Hansen rode in the second.
After arriving at the launch pad, the astronauts boarded the mobile launcher and followed the tower to a white room within the crew access arm. In this area, astronauts can enter and exit the Orion spacecraft -- only in this test, there were no Orion or SLS (Space Launch System) rockets.
"As we walked out of the crew access arm, I had images of those Apollo launches and space shuttle launches that I saw as a kid coming back to me," Glover said. "It was so unreal. I had to stop and soak in the moment and let it all sink in."
Successful completion of this test ensures that the crew and the ground systems team at Kennedy Space Center are prepared and aware of the launch day schedule.
The Artemis 2 mission is a key step in NASA's ambitious plans to return humans to the moon and later to Mars. This mission is not only a pioneering mission but also a statement of intent. As NASA's first mission aboard the new Space Launch System (SLS) rocket and Orion spacecraft, Artemis 2's mission is to orbit the moon. Its main goal is to verify that the spacecraft systems can operate seamlessly with the crew in a deep space environment.
The journey begins at NASA's Kennedy Space Center in Florida. Four astronauts will board the Orion spacecraft, which is powered by a Block 1 configured SLS rocket. After launch, multiple orbit-raising operations will be performed, ultimately placing Orion into a lunar free-return orbit. This orbit means Earth's gravity will naturally guide Orion back home after flying past the moon.
Throughout the flight trajectory, the crew will be hands-on, flying Orion in close quarters operations and evaluating various systems. This includes checking life support systems during different metabolic states such as exercise and sleep. They will also test communications and navigation systems to ensure they are ready for orbit around the moon. In essence, a lengthy flight around Earth is a test bed for integrated space systems.
As Orion flies by the moon, the crew will have a unique perspective - viewing the moon and Earth simultaneously from deep space. The lunar flyby, while brief, was a visual testament to the purpose of the trip. After that, the spacecraft will use the gravity of the two celestial bodies to return home efficiently, with the entire journey taking about four days.
Artemis 2 is a prologue. It laid the foundation for Artemis 3, where the first woman and next man will make history by walking on the moon. NASA's vision will expand even further, with plans to conduct annual manned missions to build capabilities for long-awaited expeditions to Mars.