Meet the Artemis II Rescue Crew – NASA’s Emergency Protocols for the Lunar Launch

A C-17 military transport plane banks toward a set of coordinates that no one hopes will ever matter, somewhere over the Pacific. Jet skis, inflatable boats, medical crates, and survival gear weighing 15,000 pounds are safely stored in the cargo bay. The onboard PJs, or pararescue jumpers, go through their checklists. They have previously done this. Several times. Silently but sincerely, they are hoping that this time will be just like the others, that is, that nothing goes wrong and they return home without ever getting wet.

This aspect of the Artemis II mission has received less media attention. The main focus is on four astronauts strapped into an Orion capsule atop the most potent rocket NASA has ever flown with people on board. On April 1, Reid Wiseman, Victor Glover, Christina Koch, and Jeremy Hansen of Canada took off from Pad 39B at Kennedy Space Center, making history as the first crew to approach the Moon in over 50 years. At liftoff, the rocket produced 8.8 million pounds of thrust, and by the time it passed through Earth’s atmosphere, it had accelerated to 25,000 miles per hour. By all standards, it is a remarkable engineering feat. It is still a test flight as well.

Since 1959, NASA’s Air Force Detachment 3 has been in charge of astronaut rescues and contingency planning, even before the majority of the organization’s present employees were born. Today, Lt. Colonel Kevin Pieper is in charge of the unit, and his remarks regarding their work have a special significance. “We absolutely never want it to happen,” he stated plainly. That sentence has a certain discipline to it. Not pretentious modesty, not drama. It’s just a professional who has worked for years to prepare for something he sincerely hopes stays theoretical.

This preparation is meticulous, as demonstrated by the simulation that CBS News watched prior to launch. When a C-17 arrives at the designated splashdown zone, it airdrops the equipment, starting with jet skis and ending with inflatable boats before the PJs themselves fall into the open water.

They put together the life raft, get close to the capsule, and start removing the crew. Jason Dykstra, a team member, explained the uncertainty inherent in every scenario: jumpers prepare for almost anything, including carrying enough medical supplies to keep the astronauts alive for days if necessary, because they have no idea what condition the capsule or the crew will be in when they arrive. Days. on a raft. in the sea. The majority of viewers of the launch footage might not have anticipated this much.

According to SLS Program Manager John Honeycutt, the early phases of the mission—during liftoff and the burn into high Earth orbit, and again during the trans-lunar injection—are the most hazardous. In the event that something catastrophically went wrong, the Launch Abort System—a tower-mounted escape rocket positioned above the Orion capsule—would have to fire in milliseconds.

The Emergency Egress System on the launch pad, abort modes incorporated into each ascent phase, and the rescue teams already stationed at sea are some of the many layers of safety systems that stand between the crew and disaster. When you examine it closely, the architecture seems more like a parallel mission operating alongside the primary one than a backup plan.

Observing all of this gives me the impression that NASA has quietly become quite skilled at something it doesn’t promote: designing for failure. The agency has learned from Apollo 1, Challenger, and Columbia what happens when you assume failure won’t occur, not because failure is anticipated. The crew of Artemis II circled the far side of the Moon and returned safely to splash down off San Diego after a nearly 695,000-mile round-trip journey. There was never a need for the rescue teams. However, they were present. As always, I was waiting, ready, and hoping for just that.