Surface Systems and Interface Standardization

Jaime De Jesus Gomez Jr.; Donald Pittman; Gabor Tamasy; Chad D Caron; Michael Dupuis; Mark Lewis

NASA NTRS · 20220005472

Surface Systems and Interface Standardization

Jaime De Jesus Gomez Jr.·Donald Pittman·Gabor Tamasy·Chad D Caron·Michael Dupuis·Mark Lewis

Abstract

A key contribution to surface systems sustainability on Lunar and planetary surfaces is commonality between hardware and software interfaces. Generic interfaces for data, power, and fluids will reduce risk, promote interoperability, and define standard interfaces across surface exploration projects and programs. Standardized interfaces would be advantageous for improving efficiency and reducing overall complexity, which are critical considerations for future space exploration. Furthermore, it will provide cost reductions to NASA’s Artemis program over its life cycle (in Operations & Maintenance (O&M) and Logistics). Unique proprietary interfaces if considered or allowed would not only increase complexity but also add cost to the programs. Of course, understanding what will work and not work effectively in these unique environments such as the lunar surface is important. These unique environments require much needed intelligent design, prototyping, comprehensive testing, and field experience, utilizing consensus on common interface solutions.

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Lunar Planetary Interface Commonality Interoperability Sustainability

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BibTeX RIS

Jaime De Jesus Gomez Jr., Donald Pittman, Gabor Tamasy, Chad D Caron, Michael Dupuis, Mark Lewis. Surface Systems and Interface Standardization. https://ntrs.nasa.gov/citations/20220005472

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