The existence of small satellites enables space systems architectures to address problems that were either technically impossible or too expensive to tackle before. Traditionally satellites have been built and deployed through long development cycles as individual nodes that provide stand-alone capability for their military, scientific, or commercial users. In contrast, small satellites are increasingly being viewed as elements enabling new mission capabilities through constellations or through rapid development/deployment cycles. Once tagged with the reputation of being unobtainable and promising capabilities in conflict with the laws of physics or business, small satellites are increasingly being proposed as enablers of these new systems. Are small satellites the hypothetical element “Existium (Ex)” or its opposite “Unobtainum (Un)” for these new concepts? The 23rd Annual AIAA/USU Conference on Small Satellites will focus on the expanding applications of small satellites and their developing technologies.
Small Sat Size Stirs Sizzling Interest In Utah
>The 23rd Annual Conference On Small Satellites is going to be conducted from August 10th through the 13th at Utah State University in Logan, Utah.
The existence of small satellites enables space systems architectures to address problems that were either technically impossible or too expensive to tackle before. Traditionally satellites have been built and deployed through long development cycles as individual nodes that provide stand-alone capability for their military, scientific, or commercial users. In contrast, small satellites are increasingly being viewed as elements enabling new mission capabilities through constellations or through rapid development/deployment cycles. Once tagged with the reputation of being unobtainable and promising capabilities in conflict with the laws of physics or business, small satellites are increasingly being proposed as enablers of these new systems. Are small satellites the hypothetical element “Existium (Ex)” or its opposite “Unobtainum (Un)” for these new concepts? The 23rd Annual AIAA/USU Conference on Small Satellites will focus on the expanding applications of small satellites and their developing technologies.
The existence of small satellites enables space systems architectures to address problems that were either technically impossible or too expensive to tackle before. Traditionally satellites have been built and deployed through long development cycles as individual nodes that provide stand-alone capability for their military, scientific, or commercial users. In contrast, small satellites are increasingly being viewed as elements enabling new mission capabilities through constellations or through rapid development/deployment cycles. Once tagged with the reputation of being unobtainable and promising capabilities in conflict with the laws of physics or business, small satellites are increasingly being proposed as enablers of these new systems. Are small satellites the hypothetical element “Existium (Ex)” or its opposite “Unobtainum (Un)” for these new concepts? The 23rd Annual AIAA/USU Conference on Small Satellites will focus on the expanding applications of small satellites and their developing technologies.
