Inside Unmanned Systems

FEB-MAR 2016

Inside Unmanned Systems provides actionable business intelligence to decision-makers and influencers operating within the global UAS community. Features include analysis of key technologies, policy/regulatory developments and new product design.

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52 unmanned systems inside   January/February 2016 AIR RESEARCH AND DEVELOPMENT by Dee Ann Divis W ork is underway to determine spe- cifically what is needed to allow small drones to f ly limited long- distance flights and how different technologies might meet those needs. The research, which was requested by the Federal Aviation Admin- istration (FAA), is proceeding at a fast clip with the first results due at the end of September. The effort has been divided into two stud- ies and is being managed by ASSURE (the Alliance for System Safety of UAS through Research Excellence), which was chosen last The Federal Aviation Administration has tasked its new Center of Excellence with determining what is needed to enable small, unmanned aircraft to do limited long range fights. The research teams, who plan to fight test sense and avoid equipment, are seeking information from unmanned aircraft operators to help them frame their tests in real-world terms and partners who want to have their equipment considered for evaluation. TO GO THE DISTANCE ENABLING SMALL DRONES Invitation to Industry The ASSURE research teams are looking for fight data with which to characterize applications, build a testing framework and ultimately develop future standards. They are also seeking new approaches and technology for sense and avoid including industry partners interested in having their technology tested. A Request For Information (RFI) is expected to be posted on the Fed Biz Ops webpage (fbo.gov) announcing a spring and fall meeting. Those who are interested, however, can send an email inquiry to: spring to be the FA A's new Center of Excel- lence for Unmanned Aircraft Systems (UAS). Two ASSURE teams—one from New Mexico State University (NMSU) and one from the University of Nor th Dakota (U ND)—are working together on beyond line-of-sight and related detect and avoid technologies. In a closely related project ASSURE research- ers from North Carolina State University (NCSU) and Ohio State University (OSU) are looking at what can be done with technology available now for manned aircraft to support Gen. James Poss (ret.) Executive Director, ASSURE Email: jposs@assure.msstate.edu Lux Luxion Associate Director, ASSURE Email: sluxion@assure.msstate.edu Beyond Line-ofSight / Detect and Avoid team Email: suas_bvlos_input@psl.nmsu.edu Surveillance Criticality team Ken Snyder, North Carolina State University Email: ktsnyder@ncsu.edu We would like input from as many places as possible." –Henry Cathey, co-lead researcher beyond-line-of- sight study, New Mexico State University "

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