WASHINGTON, D.C. — You will be sharing the airspace with unmanned aerial vehicles more and more in the coming year and ahead.
By JUAN MIGUEL PEDRAZA
In a visit to Grand Forks, N.D, just ahead of election day, Sen. John McCain (R-Ariz.) got a good look at a spot for a mall — an unmanned aircraft systems (UAS) mall.
A key spot on the tour was the University of North Dakota’s UAS facilities. UND would be a key tenant of the mall.
Study shows distractions may alleviate boredom and improve drone operators’ performance.
CAMBRIDGE, Mass. — On its surface, operating a drone looks a lot like playing a video game: Operators sit at workstations, manipulating joysticks to remotely adjust a drone’s pitch and elevation, while grainy images from the vehicle’s camera project onto a computer screen. An operator can issue a command to fire if an image reveals a hostile target, but such adrenaline-charged moments are few and far between.
R³ Engineering (R³E) recently completed a demonstration of an ADS-B (Automatic Dependent Surveillance–Broadcast) based, fully autonomous collision avoidance sequence, executed by a sense and avoid system installed on an unmanned aircraft system (UAS).
By KATHERINE BARNSTORFF, NASA Langley Research Center
GRAND FORKS, N.D. — A research team made of officials from government, industry, and higher education has completed two weeks of flight testing of “sense and avoid” technology that could some day help unmanned aircraft better integrate into the national air transportation system.
The MITRE Corporation and the University of North Dakota (UND) developed automatic sense and avoid computer software codes that were flown on board a NASA Langley Research Center general aviation aircraft. The NASA Langley Cirrus SR-22 flew 147 maneuvers during 39 hours of flight tests at the Grand Forks International Airport. A supporting UND aircraft flew more than 40 hours during the tests.
By JUAN MIGUEL PEDRAZA, Office of University Relations, University of North Dakota
It looks easy to fly unmanned aircraft: Launch, fly, land. But there’s lots more to keeping an Unmanned Aircraft System (UAS) safely aloft than toggling controls from the ground.
“Among the major technical challenges facing the UAS industry is the sense-and-avoid system aboard the aircraft,” said Naima Kaabouch, associate professor of electrical engineering at the University of North Dakota College of Engineering and Mines and an expert in sense-and-avoid electronics and software.
“According to a recent national poll conducted by Monmouth University in New Jersey, nearly two-thirds of Americans support the use of unmanned aircraft [systems] (UAS) to protect the U.S. borders and control illegal immigration. Eighty percent of Americans support the use of unmanned aircraft to help in search and rescue missions.”
The above is included in Michael Toscano’s prepared testimony for the House Committee on Homeland Security hearing set for July 19, 2012. Toscano is the president and CEO of the Association for Unmanned Vehicle Systems International (AUVSI).
The Association for Unmanned Vehicle Systems International (AUVSI) has published the “Unmanned Aircraft System Operations Industry Code of Conduct,” a set of guidelines to provide those who design, test and operate UAS for public and civil use with recommendations for their safe, non-intrusive operation.
A May 31 story by Sarah Childress on the Frontline website is titled, “It’s Getting Easier to Fly Drones in the U.S.” The story links to a few videos posted by the Mesa (Arizona) County Sheriff’s Office showing how they use their UAS. Childress also links to the Electronic Frontier Foundation’s “Lists of Drone Certificates” which are both mapped and in list form. While this story and link focuses primarily on privacy implications (and there are many), we must not forget the safety implications of UAS operating in U.S. Airspace.
The UAS (Unmanned Aerial Systems) market is coming. There is a lot of work yet to be done, but it’s coming all the same. Late last month, Wichita-based Fat Head Solutions announced its hung out its shingle in the UAS market and, “will provide low cost, high value, and complete subsystem solutions for small unmanned aerial systems.” Fat Head plans to “capitalize on the emerging $17 billion per year UAS market by focusing on the small end with: camera, landing, video and power systems and sensor solutions.