3D Printing to be Trialed in Arctic Mission

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The U.S. Coast Guard’s icebreaker, USCGC Healy, is embarking on a seven-week Arctic journey, internet hosting researchers from the Naval Postgraduate College (NPS). The Arctic mission is to research how excessive Arctic situations influence crew efficiency and discover superior additive manufacturing applied sciences in opposed sea environments.

Led by Dr. Nita Shattuck, a professor at NPS, the research goals to reinforce the readiness and security of Coast Guard and Navy crews working in difficult Arctic environments. Crewmembers face harsh situations, together with near-constant daylight, excessive chilly, and isolation, making wholesome sleep and efficiency optimization important.

The Healy, breaking some ice. (Picture Credit score: US Coast Guard)

The analysis will make the most of progressive wearable know-how to repeatedly monitor crewmembers’ physiological information, reminiscent of sleep patterns, coronary heart charge, and oxygen saturation. The findings will present insights into enhancing shipboard habitability and enhancing warfighter readiness.

Moreover, the research includes testing an Amos01 3D printer geared up with an information acquisition system to evaluate its efficiency within the Arctic’s difficult situations. This might show invaluable for 3D printing components at sea, particularly in distant or contested areas with restricted provide chains. The undertaking aligns with the U.S. Tri-Service Maritime Technique’s objectives of enhancing integration among the many Navy, Marine Corps, and Coast Guard.

Homeported in Seattle, Washington, the Healy is the most important vessel within the Coast Guard and the USA’ most technologically-advanced icebreaker.

As Arctic operations proceed to develop, the teachings discovered from the analysis on the Healy will doubtless affect future ship designs and operational ideas, making certain that crews (and tools) can function at peak efficiency within the harshest situations.

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