NASA Officials Anxious but Confident Ahead of Artemis II Landing

NASA Officials Anxious but Confident Ahead of Artemis II Landing

NASA officials say preparations for the Artemis II splashdown are progressing smoothly, even as anticipation and anxiety build ahead of the crew’s return to Earth on Friday.

Commander Reid Wiseman, pilot Victor Glover, and mission specialists Jeremy Hansen and Christina Koch began their final full day in space on a light note, listening to Charley Crockett’s *Lonesome Drifter* before moving into a series of final re-entry briefings and systems checks.

The crew spent the day reviewing procedures for descent and splashdown as the Orion spacecraft closed in on its long-awaited return after more than a week in orbit.

At a briefing on Thursday, NASA leadership said all systems appear ready for re-entry, but acknowledged the emotional weight of the moment.

NASA Associate Administrator Amit Kshatriya said confidence in the spacecraft remains high, particularly in its heat shield, parachute systems and recovery operations, all of which have been validated through extensive engineering data.

“Tomorrow, the crew is going to put their lives behind that confidence,” he said.

While stressing that there are no “rational fears” about the landing sequence, Kshatriya admitted to personal anxiety about the outcome, reflecting the high-stakes nature of human spaceflight.

Lead flight director Jeff Radigan described the re-entry process as a tightly choreographed sequence of events lasting about 90 minutes, each step critical to the crew’s safe return.

“It’s about an hour and a half of things that have to go right,” he said.

NASA confirmed that families of the astronauts will be present in mission control as the spacecraft begins its descent sequence, a rare moment of proximity between ground control and the human side of spaceflight.

During a final video call with U.S. lawmakers on Thursday evening, the crew reflected on their journey and offered words of encouragement to young people inspired by the mission.

Hansen urged perseverance over perfection, saying success often comes from consistency rather than flawlessness.

“All you have to do on any given day is just get up and do your best… and contribute in a meaningful and positive way,” he said.

Wiseman, meanwhile, emphasised the value of taking risks and embracing failure as part of learning and growth.

“Being willing to fail… doing things that are difficult, things that scare you, that’s a huge part of the learning process,” he said.

Behind the scenes, NASA said Koch and Hansen spent part of the day securing equipment, stowing cargo, and configuring crew seats for re-entry. The team also reviewed weather updates, landing timelines and post-splashdown procedures.

The Orion spacecraft is scheduled to execute a key trajectory correction burn at about 9:53 p.m. ET, fine-tuning its path toward Earth. During this phase, Hansen will monitor navigation and propulsion systems.

As it approaches re-entry, Orion is expected to reach speeds of up to 38,405 kilometres per hour—more than 30 times the speed of sound—before separating from its service module around 7:33 p.m. ET.

A planned six-minute communications blackout will follow at approximately 7:53 p.m. ET, as extreme heat—reaching up to 2,760°C—creates a plasma shield around the capsule.

Once communication resumes, the spacecraft will deploy a series of parachutes between 6,700 metres and 1,800 metres above the ocean, slowing to about 30 km/h before splashdown.

NASA said astronauts will be able to “feel and hear” the parachutes deploy as the vehicle stabilises for landing.

Recovery teams aboard the USS *John P. Murtha*, supported by U.S. Navy helicopters and divers, are already positioned in the Pacific Ocean ahead of the planned 8:07 p.m. ET splashdown off the coast of San Diego, California.

Once in the water, divers will secure the capsule and assist the crew into an inflatable raft before helicopter transport to safety. The entire recovery operation is expected to take about an hour.

Artemis II, launched on April 1, recently set a new deep-space distance record after travelling 406,771 kilometres on the far side of the Moon, surpassing Apollo 13’s historic mark set in 1970.

The mission now enters its final and most critical phase: returning its crew safely home.