All articles tagged with #artemis iii
NASA has begun assembling Artemis III’s Space Launch System at Kennedy Space Center, raising the rocket’s core stage inside the Vehicle Assembly Building ahead of a planned 2027 liftoff. The mission will test critical rendezvous and docking with lunar landers and will gauge performance alongside SpaceX’s Starship and Blue Origin’s Blue Moon as a stepping stone to crewed lunar exploration.
NASA says Artemis III won’t fly to the Moon yet and could launch no earlier than late 2027, with SpaceX’s Starship and Blue Origin’s Blue Moon expected to be ready for an in-orbit rendezvous and potential docking with an Orion crew in Earth orbit; the plan emphasizes testing lander interoperability in a high Earth orbit rather than direct lunar insertion, while NASA uses a new Centaur V upper stage with the SLS and works through mission details before a 2028 lunar landing attempt.
NASA’s Orion capsule has several problems to fix before Artemis III, including a helium leak in the oxygen pressurization system, a heat shield damaged in earlier tests that NASA intends to redesign, and hydrogen leaks plus plumbing glitches. The issue is complicated by the fact that the return module isn’t recovered for postflight inspection, so Orion may require a full redesign. Artemis III will be uncrewed, giving NASA time to address these flaws before more ambitious missions to the Moon or Mars.
NASA will roll the top four-fifths of the Artemis III Space Launch System core stage from Michoud Assembly Facility to the Pegasus barge for transport to Kennedy Space Center, inviting U.S. media to cover the April 20 rollout as the stage is outfitted and stacked for Artemis III (targeted for 2027) with RS-25 engines shipping from Stennis by mid-2026.
NASA plans to resume crewed Moon missions with Artemis III in 2027 to test rendezvous/docking with private lunar landers, followed by Artemis IV and Artemis V in 2028 to target the Moon’s south pole for a potential base and to use ice as water and rocket fuel, marking a major step toward a sustained lunar presence and the first lunar surface mission since 1972.
Artemis II has safely splashed down in the Pacific after a 10-day lunar orbit, with NASA confirming the crew is happy and healthy and headed to Houston for medical checks. NASA says it will use what it learned to inform Artemis III, targeted for 2027 to test a lunar lander in Earth orbit (with SpaceX/Blue Origin involvement), and Artemis IV for an early-2028 lunar surface landing. The agency plans to reuse hundreds of Orion components and continues to advance a sustainable lunar program, applying lessons from Artemis II to flight operations and control rooms.
NASA's Artemis III is deemed high risk by the Aerospace Safety Advisory Panel, which cites an aggressive schedule for the Human Landing System (SpaceX Starship), in-space refueling, and a string of 'firsts'—new spacesuits, a lunar South Pole landing, and lunar‑orbit docking—that elevate risk and reduce margin. The panel urges NASA to revise mission objectives and timelines to emphasize prudent risk reduction, noting Starship HLS readiness within the target window is unlikely; Artemis II delays and ongoing questions about SLS/Orion plans after Artemis III add to the uncertainty.
NASA's AxEMU spacesuit, built by Axiom Space for the Artemis III lunar mission, passed a crucial internal review and is undergoing extensive testing—from underwater simulations in the Neutral Buoyancy Laboratory to gravity-offload trials—to verify enhanced mobility, safety, and life-support for astronauts exploring the Moon's South Pole.
NASA and Axiom Space have advanced the AxEMU lunar spacesuit toward Artemis III by completing an internal technical review and conducting extensive testing—including underwater and simulated lunar gravity—to verify mobility, safety, and task performance, with first flight unit parts arriving for assembly.
The White House criticized NASA's emphasis on Diversity, Equity, and Inclusion (DEI) issues, highlighting a perceived political shift from the Trump to Biden administration's messaging on the Artemis moon missions, particularly regarding the focus on sending the first woman and person of color to the Moon.
NASA's Artemis III lunar mission faces delays due to technical issues with SpaceX's Starship, which is designed to be a versatile but currently unproven super-heavy-lift vehicle. The development challenges, including multiple failed test flights and payload capacity concerns, have led NASA to reopen the lunar landing contract to competitors like Blue Origin. The broader context involves the US government's unstable space policy and budget, impacting international collaboration and long-term planning for lunar exploration.
This Week In Space discusses NASA's efforts to beat China to a human moon landing, the Artemis III contract, SpaceX's launch record, and the broader context of lunar exploration, including upcoming tests and missions, with commentary on Elon Musk's responses and opportunities for model rocket enthusiasts.
NASA's acting administrator Sean Duffy indicated that due to delays and setbacks with SpaceX's Starship lunar lander, the agency might consider other companies like Blue Origin for the Artemis III moon landing, which is now unlikely to occur before 2029, amid concerns about meeting the 2027 deadline and competing with China's lunar ambitions.
NASA is considering replacing SpaceX with other companies for its upcoming moon landing mission due to concerns over delays and development challenges, with Blue Origin as a potential alternative, as the agency aims to beat China in the lunar race.
SpaceX is preparing for its 12th flight of the Starship rocket, which is crucial for advancing its space exploration goals, including potential missions to the Moon and Mars. The 12th flight's timing is uncertain but likely in early 2026, following recent successful tests and upgrades to the rocket's design, especially the new Block 3 version of the Super Heavy booster. This milestone is vital for SpaceX's plans to launch crewed lunar missions and expand its launch cadence.