US Racing China to Moon With 2026 Artemis Mission, Duffy Says

Sean Duffy, who wears two hats as Transportation Secretary and interim NASA administrator, stood before reporters on Tuesday and laid out an ambition that has not animated American space policy in half a century: the United States is going to the moon again, and it is going to beat China there.

The mission is called Artemis II, and it will launch in early 2026. Four astronauts—whom Duffy has met personally—will ride a spacecraft up and around the lunar surface before returning to Earth. It is, in the language of the space program, a circumlunar flight: the farthest humans have traveled since the Apollo era ended in 1972. Duffy spoke about it not as a symbolic gesture but as the opening move in a longer game. After Artemis II comes Artemis III, which will actually land on the moon. That mission will keep astronauts on the surface for six days—double the longest stay from the Apollo program. By then, the infrastructure will be in place: unmanned cargo missions will have already delivered equipment and supplies, waiting for the crews to arrive and begin building a permanent base.

But none of this happens without power. Duffy spent considerable time on the question of energy, which he called critically important to sustaining life on the moon and eventually reaching Mars. NASA is planning to deploy a nuclear reactor—100 kilowatts of output, roughly equivalent to what a 2,000-square-foot house consumes every three and a half days. The agency has already spent hundreds of millions of dollars studying whether such a system could work. Now, Duffy said, the studying is over. The government has directed NASA to move from research into deployment. Industry proposals are being solicited; the target launch date is 2030.

The urgency underlying all of this is competition. Duffy was direct about it. The United States is behind China in the space race, he said, and the stakes are not abstract. There are certain regions of the moon—places with both ice and sunlight—that everyone in the space business knows are the most valuable real estate in cislunar space. The U.S. wants to get there first and claim those locations for America. It is a territorial ambition dressed in the language of science and exploration, but the territorial part is real. Duffy acknowledged that marshaling American resources and focus on the moon will require a deliberate national effort. The comparison he drew was to Apollo, the program that defined American space achievement for a generation. Everyone knew what Apollo was, he noted. The whole world knew. Artemis, he suggested, needs to carry that same weight of national purpose.

There is also a longer horizon. The moon is not the destination; it is the waypoint. Mars is where this trajectory ultimately leads. A permanent lunar base serves as a testing ground for the technologies and techniques that will be needed for human missions to Mars. The International Space Station, which has orbited Earth for more than two decades, will eventually be replaced. The moon will become the new proving ground for deep space exploration.

Duffy's comments reflect a shift in how the U.S. government is talking about space. For years, the Artemis program existed in a kind of bureaucratic limbo—real enough to fund, but not urgent enough to accelerate. The addition of a geopolitical dimension, the explicit framing of a race with China, has changed the tenor. It is no longer primarily about scientific discovery or the romance of exploration. It is about strategic advantage, about which nation will control access to lunar resources and establish the first permanent human presence beyond Earth. The 2026 launch date is now the measure of American commitment. Everything else—the reactor, the base, the eventual journey to Mars—flows from whether that deadline holds.