Software requirements, architecture, design, and results of a modular, multispectral, scientific quality unmanned aerial system payload for civilian remote sensing
Small unmanned aerial systems (sUAS) for civil remote sensing applications are becoming ubiquitous for scientificinsight about targets such as micro-agriculture, invasive species monitoring, and environmental survey applications.For the upcoming generation of beyond visual-line-of-sight (BVLOS) capable sUAS, a flexible, robust,and high-performance payload management and data collection software is required. In this paper, a high-rate,accurate, multispectral, modular, payload control software (“AggieCap3”) for such BVLOS sUAS is described,including system requirements, architecture, implementation, and results from both fixed- and rotary-wing craft,demonstrating the systems applicability for civilian scientific aerial remote sensing.
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