NASA has shuffled its Artemis rockets. But what of the lunar landers?

NASA has shuffled its Artemis rockets. But what of the lunar landers?

In a recent announcement, NASA Administrator Jared Isaacman revealed significant changes to the Artemis Program aimed at enhancing the United States' return to the Moon. The focus of these alterations is primarily on increasing the launch frequency of NASA's Space Launch System (SLS) rocket and placing greater importance on activities on the lunar surface. Following this announcement, the U.S. Senate expressed broad support for the revamped plans. However, these developments overlook a vital component of the Artemis initiative: a reliable lunar lander capable of transporting astronauts from lunar orbit to the surface and back to the Orion spacecraft. NASA has partnered with SpaceX and Blue Origin to create these landers, named Starship and Blue Moon MK2, respectively. As part of Isaacman’s strategy, the Artemis III mission is set to test one or both of these landers in low Earth orbit before they are tasked with carrying humans to the Moon later this decade. According to Isaacman, Artemis III is scheduled for launch next year, with the possibility of one or two lunar landings by 2028. However, achieving even a single landing before the end of 2028 appears ambitious, according to many in the space community. For this timeline to be feasible, both SpaceX and Blue Origin must accelerate their development efforts significantly. Recognizing the urgency, Isaacman has prioritized meetings with engineers from both companies to discuss strategies for speeding up the Artemis schedule. After a meeting held on January 13, Isaacman assured that NASA would work diligently to streamline the Human Landing System’s development. He stated, 'We will challenge every requirement, clear every obstacle, delete every blocker, and empower the team to deliver… all while ensuring we have time to spare.' This statement indicates a commitment to making the collaboration process with SpaceX and Blue Origin more efficient and less obstructive.

Sources : Ars Technica

Published On : Mar 06, 2026, 15:25

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