Artemis-2 Core Stage Arrives at Kennedy House Middle


The 188,000 pound, 212-foot tall core stage for the Artemis-2 moon mission is now safely inside NASA’s iconic Car Meeting Constructing at Kennedy House Middle in Florida. Photograph: AmericaSpace / Alan Walters

The large 212 ft-tall House Launch System (SLS) core stage for Artemis-2 has arrived at Kennedy House Middle, following a 900-mile journey on a barge from Michoud Meeting Facility in New Orleans, the place it was made and assembled.

It’s a significant milestone within the processing move for Artemis-2, which can fly the primary people again to the moon in over half a century. NASA astronauts Reid Wiseman, Victor Glover, Christina Koch and Canadian astronaut Jeremy Hansen will launch atop the core stage on the historic Apollo-8-like mission as quickly as Sep 2025.

Each Wiseman and Hansen have been at Michoud to see their rocket off.

Artemis 2 Commander Reid Wiseman poses for a photograph in entrance of his mission’s accomplished Core Stage. Credit score: NASA

With a dizzying warmth and thick humidity within the air at KSC as we speak, groups with NASA’s Exploration Floor Techniques transferred the 188,000 pound empty stage from the barge onto a self-propelled transporter, and slowly rolled the moon rocket into NASA’s iconic Car Meeting Constructing (VAB). The quick transfer took about 3 hours.

With the mammoth stage now protected contained in the VAB, engineers will quickly start processing it for stacking operations within the coming months. NASA intends to conduct a standing evaluate of Artemis-2 in September, to find out if ops can proceed with stacking the core, twin SRBs and spacecraft for Artemis II. The SLS Launch Car Stage Adapter (LVSA) and the Orion Stage Adapter (OSA) will likely be despatched to KSC quickly.

Photograph: AmericaSpace / Alan Walters

When that happens, the enormous core stage will likely be lifted off the ground, raised to a “standing” place, and be gently lowered right into a excessive bay between its twin strong rocket boosters onto a Cellular Launch Platform (MLP).

The orange stage has been prepared for fairly a while. As reported beforehand by AmericaSpace’s Alex Longo, NASA put the core stage {hardware} and software program via a collection of Built-in Practical Assessments final January. It handed with flying colours, and was then positioned into storage whereas NASA introduced a 10-month delay to the Artemis 2 mission as a result of points with the Orion spacecraft’s warmth protect, life help system, and batteries. NASA determined that it was preferable to retailer it at Michoud, relatively than inside KSC’s VAB.

Liftoff of Artemis-1 on the maiden voyage of the SLS and Orion, on an un-crewed flight take a look at to lunar orbit and again. Photograph: AmericaSpace / Mike Killian

Orion is the vital path within the scheduling for Artemis-2 launch processing at this level. The spacecraft was lately put via vacuum testing at KSC. An unbiased evaluate continues to be ongoing in regards to the re-entry efficiency of the warmth protect on Artemis-1, and corrective actions that will comply with for Artemis-2 and on.

SLS-2 Core Stage is heading to the VAB for stacking and meeting operations which can be scheduled over the following yr. Photograph Credit score: Jeff Seibert/AmericaSpace

The ten segments of the dual SRBs have been at KSC since Sep 2023, and can quickly be built-in atop the MLP, forming the enormous 17-story-tall cigarette-looking white boosters that may flank either side of the SLS rocket. Collectively, the dual boosters will produce greater than 75% of the whole thrust at liftoff, to ship Artemis-2 and her 4 astronauts to the Moon.

A phase of the SLS strong rocket boosters for Artemis II at Kennedy House Middle earlier this week. Photograph: AmericaSpace / Alan Walters

Two of the 4 RS-25 engines on the Artemis-2 core stage are house shuttle veterans. One was used on 15 flights and was taken from Endeavour. One other flew 5 missions and was taken from Atlantis. The remaining two engines have been constructed from scratch to help the Artemis program.

Collectively, the SLS rocket’s twin boosters and the core stage’s 4 RS-25 engines will produce nearly 9 million kilos of thrust on liftoff.



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