In a new paper published in the journal Composite Structures, Suong Hoa and his student co-authors present a method to make UAV wings cheaper to manufacture and more efficient in flight. Continue reading

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In a new paper published in the journal Composite Structures, Suong Hoa and his student co-authors present a method to make UAV wings cheaper to manufacture and more efficient in flight. Continue reading
The U.S. Department of Transportation’s Federal Aviation Administration (FAA) has announced $4.4 million in drone research, education and training grants to seven universities. Research will focus on three areas: electromagnetic compatibility, detect and avoid classifications, and cybersecurity oversight. Continue reading
In 2022, FIXAR becomes a partner of the project Urban Air Traffic Management DEVelOpment & DEMOnstration, led by Istanbul Kultur University Technology Transfer Office. Continue reading
For the first time, Australian researchers have reverse engineered the visual systems of hoverflies to detect drones’ acoustic signatures from almost four kilometers away. Continue reading
It’s common to think of a future where flying autonomous drones complete tasks such as delivering a package to your door. But that only scratches the surface of what’s possible. The coming world of Advanced Air Mobility (AAM) will offer much more to our everyday lives. Continue reading
In a changing climate, wildfires are becoming more widespread and devastating, threatening more people and land than ever before. In response, NASA is stepping up to the plate to determine what we can do to help fight wildfires – and we have some ideas. Continue reading
Feral pigeons are responsible for over a billion dollars of economic losses here in the United States every year. tions all over the country, being gross. In addition to carrying diseases (some of which can occasionally infect humans), pigeons are prolific and inconvenient urban poopers, deploying their acidic droppings in places that are exceptionally difficult to clean. Continue reading
In the unforgiving Arctic climate, drones have struggled to fly for extended periods of time — the kind that would allow researchers to fly scientific instruments safely to keep tabs on the region. Now, a team led by NASA scientists is showing how a fixed-winged drone named Vanilla could fly for several days over the Arctic ocean carrying an instrument that uses radar to measure the depth of snow accumulating on top of sea ice. Continue reading