What to know about Artemis III, NASA’s next mission in its journey back to the moon – and beyond
Following the record-setting voyage of Artemis II, which carried four crew members farther from Earth than any humans in history, NASA is shifting its focus toward the next phase of lunar exploration. The agency is scheduled to reveal the crew for the Artemis III mission during a press conference this Tuesday.
This upcoming announcement will include a progress update on the mission’s trajectory toward a planned launch in 2027. Artemis III serves as a critical bridge in NASA’s long-term strategy to return humans to the moon and eventually establish a path to Mars.
A Strategic Pivot in Lunar Exploration
While Artemis II functioned as a comprehensive test of systems, Artemis III continues this trend. Although it was originally intended to be the first mission to return humans to the lunar surface since 1972, the agency has since revised its objectives.
The mission has been transitioned into a proving ground to test the final technical requirements necessary for a lunar landing. Specifically, Artemis III will take place within Earth’s low orbit to test the Orion spacecraft’s ability to rendezvous with a lunar landing spacecraft.
NASA Administrator Jared Isaacman explained the decision to revise the plan in February, stating, “This is just not the right pathway forward. Going right to the moon … is not a pathway to success.” the goal of landing on the moon has been moved to the Artemis IV mission.
The Commercial Competition for Lunar Infrastructure
A significant portion of the Artemis programme relies on a competitive commercial model. While NASA developed the Space Launch System (SLS) rocket and the Orion module, the agency is relying on private industry for the lunar landing systems.
The project has created a direct competition between SpaceX, owned by Elon Musk, and Blue Origin, owned by Jeff Bezos. NASA plans to test Orion’s ability to dock with “one or both” of the landers developed by these companies.
As of May, NASA indicated it was still “defining” the scope of the lander objectives, which will be informed by the capabilities of SpaceX and Blue Origin. This commercial reliance is central to NASA’s vision of a sustained human presence, as the agency will need reliable, privately-owned spacecraft to deliver supplies on a regular schedule.
The Roadmap to Mars
The sequence of upcoming missions outlines a gradual escalation of lunar presence. If current plans hold, Artemis IV could launch in early 2028 to finally land astronauts on the moon, followed by Artemis V later that same year.
Artemis V is expected to be the point where NASA begins building a moon base. Following that mission, the agency intends to launch future moon missions once per year to support a sustained human presence.
These lunar milestones are precursors to deeper space exploration. NASA believes it may be possible to send humans to Mars as early as the 2030s, though this goal depends heavily on the success of the Artemis lunar missions.
The Global Space Race
Beyond NASA, a broader international race is unfolding. China is aggressively pursuing the goal of becoming the second country to put humans on the moon, while various private companies vie to become titans of the industry.
This era of exploration is further supported by new telescopes and probes currently traveling to explore meteors and other planets, redefining the boundaries of human reach.
Frequently Asked Questions
What is the primary goal of the Artemis III mission?
Artemis III will serve as a test mission in Earth’s low orbit to evaluate the Orion spacecraft’s ability to rendezvous with a lunar landing spacecraft.
Which private companies are involved in building the lunar landers?
NASA is relying on SpaceX, owned by Elon Musk, and Blue Origin, owned by Jeff Bezos, to develop the systems that will eventually carry astronauts to the lunar surface.
When does NASA plan to send humans to Mars?
NASA believes it may be possible to accomplish the goal of sending humans to Mars as early as the 2030s, depending on the success of the moon missions.
How do you view the role of private competition in achieving national space goals?