Artemis program

The countdown to the launch of Artemis 2 has begun. On December 19, NASA’s Exploration Ground System (EGS) team stacked another booster segment. The left aft center booster segment was added to the launch pad. This milestone officially starts the clock for Artemis 2’s launch.

On December 16, NASA hosted a select group of media representatives inside the Vehicle Assembly Building at Kennedy Space Center, Florida, for an exclusive briefing on the ambitious Artemis program. The event provided updates on mission preparations, challenges, and progress as NASA works toward its goal of returning humans to the Moon and landing at its South Pole.

It will be a quiet launch week with only two days seeing orbital launches from China, Japan, and of course, SpaceX. The biggest story of the last week was with NASA; it received a nomination for the next NASA Administrator, then the outgoing Administrator announced the delay of the Artemis 2 and 3 missions.

Lunar Outpost, established in 2017 and headquartered in Arvada, Colorado, specializes in space robotics, lunar surface mobility, and space resources. The company is developing a range of advanced robotic systems, including the Mobile Autonomous Prospecting Platform (MAPP) rover series, designed for exploration and resource utilization on the Moon, as well as terrestrial applications.

Welcome back to another edition of Terminal Count. Starship has continued to command the news cycle even after its launch last month. That will likely not change for the foreseeable future; however, NASA’s Artemis 2 mission is entering the chat with the start of SLS stacking.

Former President Trump came away Tuesday night with a decisive Electoral College victory to return to the White House next year. With this being his second term, how could these next four years look for NASA, the Space Force, and commercial companies like SpaceX and Blue Origin?

SpaceX is under pressure to keep its part of the bargain as close to the schedule as possible with providing its Starship rocket as NASA’s Artemis Human Landing System. A major component of both that mission and Starship’s Mars mission will be orbital refueling.

NASA shared that it has finished an analysis on the cause of more than expected erosion on the Artemis 1 Orion spacecraft’s heat shield from two years ago. However, the agency hasn’t yet shared any details with the public as to what might have caused the issue.

This week, SpaceX hit its first triple-digit launch year and continues to extend that number in the remaining months of 2024. Blue Origin might finally get its NS-27 mission off the ground to certify its new New Shepard rocket. Finally, NASA’s Artemis program is once again under fire for being behind schedule and so much… so much… over budget.

This week, a significant event is unfolding as leading figures in space architecture gather in Milan. The aim is to formally establish space architecture as a discipline. Interest in space-related architecture has been growing rapidly in recent years, as developments in off-Earth construction methods, zero-gravity design, and academic programs dedicated to this field have gained traction. 

Sunday, SpaceX successfully launched and caught its Starship booster down in Starbase, Texas. A feat that many didn’t think would come true when watching the renders. However, SpaceX once again defied the odds and made fiction a reality and can now move on with its much more ambitious Starship plans.

Defying all belief in the previous timelines, SpaceX and what sounds like both local and federal agencies have begun preparations for Starship Flight 5 for no earlier than October 13. The mission will be full of high stakes both for SpaceX and NASA, which is hoping to keep the program on the right course ahead to meet Artemis Program deadlines.

It’s that time of year again where the aviation world descends onto the city of Oshkosh, Wisconsin for the annual EAA AirVenture fly-in convention. It is also our yearly reminder that the second letter of NASA stands for “Aeronautics,” as they will have a pretty serious presence this year surrounding their X-59 supersonic test plane.

A new approach to spacesuit technology promises to revolutionize astronaut life support systems, ensuring sustainability and self-sufficiency in the harshest environments of space. Scientists at Weill Cornell Medicine and Cornell University are addressing a significant challenge in space travel: water reclamation. Inspired by the “stillsuits” from Frank Herbert’s “Dune” novels, the new spacesuit system prototype aims to extend spacewalks and improve astronaut hygiene by recycling expelled urine into drinkable water.

Under a blistering Louisiana sun, the Artemis II core stage left the Michoud Assembly Facility this morning in New Orleans. This is the core of the massive SLS rocket that will take four astronauts to orbit the Moon for the first time in over 50 years.

An internal NASA analysis has surfaced with concerning estimates as the agency advances toward a crewed lunar landing during the Artemis 3 mission, currently set for no earlier than September 2026. The analysis indicated a nearly one-in-three chance the lander, being developed by SpaceX, may be delayed by at least a year and a half.

The Canadian Space Agency has awarded MDA Space a $1 billion contract for the next phases of the Canadarm3 program. This robotic system is integral to NASA’s Gateway, a space station that will circle the Moon to support the Artemis program.

Over the last few weeks NASA has announced a plethora of partnerships and contracts for lunar rovers that astronauts will eventually use on future Artemis missions. Those rovers will of course need a ride to the Moon, which will come in the like of cargo variants of NASA’s HLS landers, Starship and Blue Moon.