NASA Announces Artemis III Crew for 2027 An Orbital Showdown Between SpaceX and Blue Origin.

NASA Unveils Artemis III Crew for Historic 2027 Orbit Test, Setting Up Billionaire Space Race Between SpaceX and Blue Origin

Following the highly successful completion of the Artemis II crewed lunar flyby in April 2026, NASA has officially announced the four-astronaut prime crew for Artemis III, scheduled to launch in late 2027.

While originally envisioned as the historic return to the lunar surface, NASA reconfigured Artemis III into a high-stakes, low Earth orbit dress rehearsal. The two-week mission will focus on evaluating human-machine interfaces, hardware durability, and complicated orbital maneuvers to dramatically reduce operational risks before sending boots back to the Moon on Artemis IV in 2028.

🚀 Meet the Artemis III Crew: A Powerhouse of Experience

The newly appointed international crew consists of three NASA astronauts and one European Space Agency (ESA) representative, backed by a veteran NASA pilot as the designated reserve.

• Col. Randy Bresnik (NASA) | Commander: A former U.S. Marine Corps test pilot and TOPGUN graduate. Bresnik is a two-time spaceflight veteran who previously commanded the International Space Station (ISS) and flew on the Space Shuttle Atlantis in 2009.

• Col. Luca Parmitano (ESA) | Pilot: Hailing from Italy, Parmitano is an elite Air Force test pilot and a veteran of two long-duration ISS expeditions, during which he also served as space station commander.

• Dr. Frank Rubio (NASA) | Mission Specialist: A U.S. Army flight surgeon and former Black Hawk pilot. Rubio famously holds the absolute American record for the longest single continuous spaceflight, having logged 371 consecutive days in orbit.

• Dr. Andre Douglas (NASA) | Mission Specialist: A robotics and space exploration engineer who previously served as the backup crew member for Artemis II. Douglas will be making his first journey into space.

• Backup Crew Member: Bob Hines (NASA), a veteran test pilot prepared to seamlessly step into any flight role if necessary.

🌌 The Double-Docking Gauntlet: Blue Origin vs. SpaceX

The revised architecture of Artemis III turns the mission into a direct, orbital proving ground for the two private aerospace titans under contract for NASA's Human Landing System (HLS) program: Jeff Bezos' Blue Origin and Elon Musk's SpaceX.

Under the multi-launch campaign, NASA’s Space Launch System (SLS) rocket will blast the crew into Earth orbit aboard the Orion spacecraft. Instead of navigating straight to deep space, Orion will perform a complex sequence of orbital rendezvous:

1. The Blue Origin Phase: Orion will first rendezvous and dock with Blue Origin’s Blue Moon (Mark 1) lander pathfinder, which will already be parked in orbit. The crew will open the hatches, power up the systems, and test the physical interfaces for two days.

2. The SpaceX Phase: After undocking from Blue Moon, Orion will adjust its orbit to track and dock with SpaceX’s massive Starship HLS (V3) pathfinder. The crew will spend approximately 24 hours validating Starship's life-support and fuel-management baselines.

Once both tests are complete, Orion will separate and safely bring the crew back to Earth. Because NASA has yet to lock in which commercial lander will earn the definitive priority for future lunar base deployments, this orbital test acts as a critical, real-world head-to-head competition between both providers.

 

The modification of Artemis III's plan to test it in Earth orbit instead of a direct lunar landing is identical to the case of the Apollo 9 mission in 1969. Back then, NASA also chose not to go to the moon, but instead spent time testing the Lunar Module docking system in Earth orbit to ensure its mechanical functionality was 100% operational before the actual landing on Apollo 11.

Concerns about Blue Origin's readiness arose after their unmanned New Glenn rocket (the main rocket to launch Blue Moon) recently exploded on the launch pad on May 28th, causing significant damage. However, in a press conference, representatives from Blue Origin and the acting deputy administrator of NASA firmly assured that these "calculated risks" would be addressed and expressed confidence that the spacecraft would be ready for launch on schedule by the end of 2027.

Before Starship is authorized to participate in the Artemis III mission next year, an agreement stipulates that by 2026, SpaceX must successfully complete the propellant transfer test between two Starships in space a technology unprecedented in history. And it is a key element in enabling large spacecraft to travel to the moon and Mars in the future.

 

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Source: NASA

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NASA Unveils Artemis III Crew for Historic 2027 Orbit Test, Setting Up Billionaire Space Race Between SpaceX and Blue Origin

Following the highly successful completion of the Artemis II crewed lunar flyby in April 2026, NASA has officially announced the four-astronaut prime crew for Artemis III, scheduled to launch in late 2027.

While originally envisioned as the historic return to the lunar surface, NASA reconfigured Artemis III into a high-stakes, low Earth orbit dress rehearsal. The two-week mission will focus on evaluating human-machine interfaces, hardware durability, and complicated orbital maneuvers to dramatically reduce operational risks before sending boots back to the Moon on Artemis IV in 2028.

🚀 Meet the Artemis III Crew: A Powerhouse of Experience

The newly appointed international crew consists of three NASA astronauts and one European Space Agency (ESA) representative, backed by a veteran NASA pilot as the designated reserve.

• Col. Randy Bresnik (NASA) | Commander: A former U.S. Marine Corps test pilot and TOPGUN graduate. Bresnik is a two-time spaceflight veteran who previously commanded the International Space Station (ISS) and flew on the Space Shuttle Atlantis in 2009.

• Col. Luca Parmitano (ESA) | Pilot: Hailing from Italy, Parmitano is an elite Air Force test pilot and a veteran of two long-duration ISS expeditions, during which he also served as space station commander.

• Dr. Frank Rubio (NASA) | Mission Specialist: A U.S. Army flight surgeon and former Black Hawk pilot. Rubio famously holds the absolute American record for the longest single continuous spaceflight, having logged 371 consecutive days in orbit.

• Dr. Andre Douglas (NASA) | Mission Specialist: A robotics and space exploration engineer who previously served as the backup crew member for Artemis II. Douglas will be making his first journey into space.

• Backup Crew Member: Bob Hines (NASA), a veteran test pilot prepared to seamlessly step into any flight role if necessary.

🌌 The Double-Docking Gauntlet: Blue Origin vs. SpaceX

The revised architecture of Artemis III turns the mission into a direct, orbital proving ground for the two private aerospace titans under contract for NASA's Human Landing System (HLS) program: Jeff Bezos' Blue Origin and Elon Musk's SpaceX.

Under the multi-launch campaign, NASA’s Space Launch System (SLS) rocket will blast the crew into Earth orbit aboard the Orion spacecraft. Instead of navigating straight to deep space, Orion will perform a complex sequence of orbital rendezvous:

1. The Blue Origin Phase: Orion will first rendezvous and dock with Blue Origin’s Blue Moon (Mark 1) lander pathfinder, which will already be parked in orbit. The crew will open the hatches, power up the systems, and test the physical interfaces for two days.

2. The SpaceX Phase: After undocking from Blue Moon, Orion will adjust its orbit to track and dock with SpaceX’s massive Starship HLS (V3) pathfinder. The crew will spend approximately 24 hours validating Starship's life-support and fuel-management baselines.

Once both tests are complete, Orion will separate and safely bring the crew back to Earth. Because NASA has yet to lock in which commercial lander will earn the definitive priority for future lunar base deployments, this orbital test acts as a critical, real-world head-to-head competition between both providers.

 

The modification of Artemis III's plan to test it in Earth orbit instead of a direct lunar landing is identical to the case of the Apollo 9 mission in 1969. Back then, NASA also chose not to go to the moon, but instead spent time testing the Lunar Module docking system in Earth orbit to ensure its mechanical functionality was 100% operational before the actual landing on Apollo 11.

Concerns about Blue Origin's readiness arose after their unmanned New Glenn rocket (the main rocket to launch Blue Moon) recently exploded on the launch pad on May 28th, causing significant damage. However, in a press conference, representatives from Blue Origin and the acting deputy administrator of NASA firmly assured that these "calculated risks" would be addressed and expressed confidence that the spacecraft would be ready for launch on schedule by the end of 2027.

Before Starship is authorized to participate in the Artemis III mission next year, an agreement stipulates that by 2026, SpaceX must successfully complete the propellant transfer test between two Starships in space a technology unprecedented in history. And it is a key element in enabling large spacecraft to travel to the moon and Mars in the future.

 

Google Launches Gemini 3.5 Live Translate Real-Time Audio Translation with Near-Zero Latency. 

 

Source: NASA