The National Aeronautics and Space Administration, better known as NASA, has unveiled the crew for its upcoming Artemis III spaceflight, a preparatory mission as the United States plans to return to the Moon.
The mission, currently scheduled for 2027, will not involve a lunar landing. Instead, it will serve as a high-stakes rehearsal in low Earth orbit, designed to test docking procedures, spacecraft systems and future lunar landing operations ahead of upcoming missions.
Mission Overview
Artemis III will launch aboard NASA’s Space Launch System (SLS) rocket from the Kennedy Space Centre in Florida, with astronauts travelling inside the Orion capsule, the same spacecraft used during Artemis II in April 2026.
Unlike the earlier mission, Orion will not fly around the Moon. Instead, it will remain in low Earth orbit at approximately 290 miles above Earth—around 40 miles higher than the International Space Station—where it will rendezvous with prototype lunar landers known as “pathfinders.”
Once docked, at least one astronaut is expected to enter a lander to test critical systems, including hatches, life-support connections and operational interfaces required for future Moon landings.
The mission will also test next-generation Axiom spacesuits, developed by Houston-based Axiom Space in collaboration with Italian fashion house Prada. The suits feature a redesigned cooling system, including a backup loop to improve safety, and inner garments designed to regulate body temperature during extended lunar surface activity planned for future missions.
Strategic Shift in Mission Design
Artemis III was initially conceived as the first crewed Moon landing since Apollo 17, but NASA altered its plans in early 2026 after delays in key landing systems.
The agency’s contracted lunar lander, SpaceX’s Starship, is not yet ready for human flight, and its required in-orbit refuelling system has not been demonstrated.
NASA therefore repurposed Artemis III as a full crewed docking and systems rehearsal, aiming to ensure astronauts can safely integrate with lunar landers once they become available.
A March 2026 report from the US Government Accountability Office noted that SpaceX had made “limited progress” in developing the refuelling technology needed to support future lunar missions. The first demonstration is now tentatively expected in late 2026.
The Artemis III Crew
The four astronauts selected for the mission bring extensive operational, medical and engineering experience:
Randy Bresnik (Commander) – A former US Marine Corps aviator and elite test pilot, Bresnik is a Top Gun graduate with more than 32 hours of spacewalk experience. He previously commanded the International Space Station in 2017.
Luca Parmitano (Pilot) – An Italian astronaut with the European Space Agency, Parmitano is a veteran test pilot with experience on more than 40 aircraft and has also served as an ISS commander.
Frank Rubio (Mission Specialist) – A US Army aviator and medical doctor, Rubio holds the record for the longest continuous spaceflight by a US astronaut, spending 371 consecutive days in orbit.
Andre Douglas (Mission Specialist) – Selected by NASA in 2021, Douglas is a former US Coast Guard officer with expertise in robotics, naval architecture, planetary defence and autonomous systems.
Preparing for the Next Lunar Landing
NASA is currently targeting Artemis IV for 2028, which is expected to be the first crewed Moon landing of the modern era. Astronauts are expected to land near the lunar south pole and remain on the surface for around a week, studying regions believed to contain frozen water in permanently shadowed craters.
This water could be used for drinking, oxygen production and even rocket fuel in future missions.
Long-Term Lunar Plans
The Artemis programme forms part of NASA’s broader Moon Base strategy, unveiled in 2026, which aims to establish a sustained human presence on the lunar surface. The plan is structured in three phases:
- Before 2029: robotic landers and hopping drones will survey the south polar region
- From 2029 onwards: repeated crewed missions will expand exploration sites
- By the mid-2030s: semi-permanent lunar habitats could support long-duration astronaut stays
The long-term goal is to enable continuous scientific research, support Mars exploration technology development and potentially extract lunar resources.
Challenges Ahead
Despite progress, experts remain cautious about the timeline. Key concerns include delays in lunar lander development and the lack of successful in-orbit refuelling demonstrations.
“It would not surprise me at all if China gets [to the moon] first,” Dr Simeon Barber of the Open University told the BBC, adding that the lunar lander remains the most technically challenging and least NASA-controlled element of the programme.
Additional setbacks have also raised concerns, including damage to Blue Origin’s only launch pad at Cape Canaveral following a rocket explosion during testing in May 2026. The repairs could take many months, further complicating plans for future lunar missions.
Global Competition in Space
China has set a target of landing astronauts on the Moon by 2030 and is actively developing its lunar hardware, while India aims for a crewed Moon mission around 2040. Russia, Europe and Japan are also expected to play roles in future lunar exploration efforts.
As countries step up their lunar ambitions, NASA’s Artemis programme continues to anchor efforts to return humans to the Moon and build a lasting presence beyond Earth.
