Artemis

The lunar South Pole is recognized as a future landing site for NASA's Artemis missions, which aim to send astronauts to the Moon and Mars.

Arquimea also participates in major international missions, including Artemis, SpainSat, Copernicus, and Galileo.

HTV-X is planned to deliver cargo to the Gateway station, which will be placed into lunar orbit as part of the Artemis campaign.

The Intuitive Machines LROC data has supported Artemis and CLPS landing site selection and has informed various lunar research efforts.

The NASA Engineering Safety Center uses forecast models to plan safer reentry of astronauts returning from Artemis missions.

The Artemis approach is centered on creating a modular, interoperable lunar ecosystem.

NASA is leveraging UAB's existing operational center to reduce technical risk for sample return under the Artemis program.

The arrival of the European Service Module at Kennedy Space Center marks a significant operational milestone for Artemis and Artemis IV.

Blue Origin proposed the Blue Moon lunar lander for use with NASA's Artemis program and other customers.

NASA plans to assign missions for two future Artemis cargo landers.

Blue Origin holds a contract to support NASA’s Artemis lunar landing efforts.

The Artemis closeout crew is rehearsing closeout operations during the wet dress rehearsal, including closing and securing the Orion crew module and Launch Abort System hatches.

Activities on the International Space Station feed into NASA's Moon to Mars exploration approach, including lunar missions under the Artemis campaign that will prepare for eventual human journeys to Mars.

The 2022 NASA authorization included support for Artemis, Mars Sample Return, and the search for life beyond Earth.

The modernized FOC-1A antenna will support lunar communications related to Italy’s contribution to NASA’s Artemis program.

Each Artemis flight will expand the communications networks' capabilities and refine how mission data is processed and managed.

NASA’s Artemis communications plan uses the Near Space Network (NSN) to provide communications and navigation services in the mission’s early phase and transfers primary communications to the Deep Space Network (DSN) after Orion enters the translunar trajectory.

There are doubts that the landing capsule will be ready in time for NASA’s 2028 Artemis deadline.

Charlie Blackwell-Thompson, NASA’s Artemis launch director, polled the management team and authorized the start of tanking operations during a weather briefing.

Imaging spectroscopy contributed to the detection of water molecules on the Moon in 2009 and is used to support Artemis exploration by helping locate scientifically valuable lunar samples.