ARMY AL&T
UNITED AIRCRAFT TECHNOLOGIES INC.
United Aircraft Technologies Inc. has developed a smart aircraft clamp solution with an augmented-reality moni- toring system for aircraft wiring. Tis lightweight clamp improves fuel economy through overall weight reduction of the aircraft, which also reduces the environmental impact of carbon dioxide emissions. Te 3D fault location and visualization capabilities reduce time spent on aviation and aerospace maintenance and decrease the occurrence of repet- itive-strain injuries among the workforce. (Image courtesy of United Aircraft Technologies Inc.)
VALLEY TECH SYSTEMS INC. (VTS)
VTS is an aerospace engineering company that specializes in rocket propulsion systems with command, control, communica- tions, computers, intelligence, surveillance and reconnaissance systems and services. VTS’s active nozzle concept applies controllable solid propulsion technology to modernizing Army rockets. Tis all-in-one axial propulsion system with integral thrust vectoring controls the flight and can extend the flight range, improve precision and reduce cost. Initial trade studies for a sample application indicate a 53 percent increase in lethal range and a 70 percent decrease in turning radius. (Image cour- tesy of Valley Tech Systems Inc.)
VIDROVR INC.
Vidrovr Inc. builds video understanding systems— machine learning and computer vision capabilities applied to video and images to gather information. Vidrovr developed a system to detect and link valu- able intelligence from online, broadcast and other sources of publicly available information and full motion video. Tis system creates a knowledge graph—visual data represented in graphical form that is also searchable. Te company is also develop- ing video-processing capabilities for force protection, airborne and ground platforms leveraging full- motion video. (Image courtesy of Vidrovr Inc.)
—DR. TOMOKO SANO
Dr. Tomoko Sano is special projects lead in the Office of Strategy Management at CCDC-ARL. She holds a Ph.D., an M.S. and a B.S. in materials science and engineering from Carnegie Mellon University. She is also currently a visiting scholar at the Johns Hopkins University’s Hopkins Extreme Materials Institute.
https://asc.ar my.mil 105
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