Tag
NASA's Orion spacecraft heat shield, initially problematic during Artemis I, performed well in Artemis II after adjusting the reentry profile, with future missions planned to use a more permeable material for enhanced capability.
NASA shares a weekly update covering Artemis III assembly milestones, a spacewalk by astronauts Jessica and Anil, and updates from the solar system's edge.
A SpaceX Falcon 9 rocket stage is set to crash into the moon, highlighting the growing hazard of space debris for future lunar bases and exploration.
NASA's weekly update highlights celebrations of America's aerospace legacy with Freedom250 flyovers, preparations for new ISS crew, Artemis III assembly milestones, and global disaster response support.
NASA celebrates 250 years of America with a tweet referencing the legacy of Apollo and the future of Artemis.
NASA Administrator Bill Nelson thanks Canadian astronaut Jeremy Hansen for his service on the Artemis II mission as Hansen announces his transition from military and CSA roles this September.
Ars Technica recaps a live discussion on the aftermath of Blue Origin's New Glenn rocket explosion, focusing on the implications for NASA's Artemis IV mission and the timeline for new rocket variants.
NASA chief Jared Isaacman praises Blue Origin's progress after a launch failure, noting plan A is still to launch New Glenn by year's end, while NASA considers alternative launch vehicles for the Artemis III mission.
Nearly a month after the New Glenn rocket exploded on its launch pad, the article examines the implications for Blue Origin's future launches and NASA's Artemis program, including skepticism over a return-to-flight timeline.
NASA is hosting a pavilion at the Great American State Fair in Washington, D.C., from June 25 to July 10, featuring exhibits on Artemis missions, space technology, and interactive activities to celebrate America's 250th birthday.
A NASA inspector general report reveals that canceled Artemis programs, including a $500 million stage adapter, faced massive cost overruns and delays, justifying NASA's decision to streamline lunar exploration architecture.
Weekly space industry roundup covering Blue Origin's Nova rocket test campaign, SpaceX IPO, Artemis III crew announcement, New Glenn explosion aftermath, and FCC deadline reprieve for Amazon's Kuiper satellite constellation.
NASA's Deep Space Network successfully supported the Artemis II mission after nearly breaking during Artemis I, with new processes and hardware upgrades easing the communications load. The agency is planning additional infrastructure like lunar ground stations and relay satellites to handle future demand.
Ars Technica interviews NASA's Artemis program manager Jeremy Parsons about the status of the SLS rocket, Orion spacecraft, and lunar landers for the Artemis III mission, scheduled for no earlier than summer 2027.
NASA's Artemis II crew, the fastest humans alive, earned a Mach 39 patch after reaching 24,664 mph on their lunar flyby.
NASA announces a public event on June 9 to meet the astronauts of Artemis III, which will test docking capabilities with commercial landers in low Earth orbit as a step toward crewed lunar landings.
Kore.ai launched Artemis, a platform that uses AI to autonomously write, govern, and optimize AI agents from plain-language objectives, drastically reducing the need for manual engineering. The system validates agents pre-deployment and continuously improves them, potentially shrinking the role of human engineers to mere approvers.
The failure of Blue Origin's New Glenn rocket has catastrophic consequences for NASA's Artemis program, delaying lunar lander development and increasing reliance on SpaceX's Starship.
NASA announced three Moon Base missions launching this year to prepare for a permanent lunar base and crewed Artemis landing in 2028, along with contracts for new rovers and drone missions.
NASA is advancing plans for a Moon Base, including developing the MoonFall drone program to scout the lunar surface and establish a perimeter using drones, with support from Firefly Aerospace.