NASA is set to launch a crewed flight around the moon that Administrator Jared Isaacman says is a critical step toward sending astronauts farther into the solar system — “someday, American astronauts planting the stars and stripes on Mars.”
Why the mission matters
Isaacman told CBS News the mission fulfills a promise to return Americans to the moon and uses the lunar program as a stepping stone for science, economic opportunity and technology development needed for Mars. Artemis will act as a proving ground to test systems and operations needed for sustained lunar presence and missions beyond. He also stressed the inspirational value: seeing humans go farther could motivate the next generation to pursue space careers.
What Artemis II will do
Artemis II is a crewed test flight that will send Orion and its astronauts farther from Earth than any humans have been before. The mission will use the SLS rocket to place Orion into a high Earth orbit and then perform a translunar injection (TLI) that sends the spacecraft toward the moon on a free-return trajectory so the crew can return to splash down off the West Coast of the United States. Isaacman emphasized that the flight is a test and that the top priority is returning the crew safely under parachutes.
Defining success
For Isaacman, success is primarily about crew safety and completing mission milestones: validating the vehicle systems, performing TLI, and bringing the four astronauts home safely. He described the mission as an “opening act” in a series of missions that will increase frequency and confidence, leading to integrated tests with a lander and eventually a lunar surface return.
Crew and operations
Isaacman said he knows the Artemis II crew well and stays in touch — joking about texts asking if they need coffee or donuts. He noted close relationships with crew members who have flown on commercial missions (Inspiration4 and Polaris) and that part of his role is ensuring the crew can focus on the flight without Earth-side distractions.
Lander and Artemis timeline
NASA has adjusted the sequence of Artemis missions: Artemis II (crewed lunar flyaround) follows Artemis I (uncrewed in 2022). A key 2027 flight will re‑test SLS/Orion integrated operations with the lander in an Apollo‑9–like rehearsal to buy down risk before a crewed lunar landing. Isaacman said both lander providers, Blue Origin and SpaceX, have submitted proposals to accelerate programs; NASA is collaborating to set requirements appropriate for early missions. Both providers signaled they can support a 2027 test and have achievable timelines for a 2028 lander.
Technical and safety considerations
Isaacman contrasted routine low‑Earth launches (where crews board before fueling, typical of Dragon flights) with SLS operations that mirror Apollo and the Shuttle era: the rocket is fueled while the crew approach the vehicle, which raises unique safety and operational concerns. He highlighted the need to rebuild the institutional “muscle memory” for frequent long‑duration launches and to pay close attention to fueling and pad operations as SLS returns to crewed flights.
Future cadence and goals
Isaacman said NASA aims for an annual cadence of launches to regain operational experience and confidence. Artemis II will test hardware and procedures to enable subsequent missions: a 2027 SLS/Orion flight to rehearse integrated operations with a lander, and work toward a 2028 lunar surface campaign. The longer‑term vision remains exploration farther into the solar system, including eventual human missions to Mars.
Bottom line
Artemis II is a demanding test flight intended to validate systems, demonstrate deep‑space operations, and build confidence for lander integration and surface missions. Isaacman framed it as both a technical milestone and a means to inspire a new generation that may one day see Americans on Mars.