April 29, 2014
By Benét J. Wilson
Sagetech Corp., an avionics company with offices in Hood River, Ore., and White Salmon, Wash., has unveiled new technology that uses ADS-B location information and iPads to track unmanned aerial systems (UAS). The ADS-B Tracker Kit includes Sagetech’s new XPG-TR micro transponder, the company’s Clarity ADS-B receiver, and an iPad with zero interface connections that takes minutes to install and be fully operational.
The tracker allows air traffic control, aircraft in the area, and third-party personnel to track drones and coincides with the FAA’s announcement of six test sites to help ensure the safe integration of UAS with NextGen technologies into the National Airspace System.
Sagetech President Kelvin Scribner told AOPA his company has been in the UAS business for quite some time. “We helped develop aviation transponders for drones and release our Clarity ADS-B receiver based on drone technology,” he said. “This new kit is just a collection of devices put into one box, making it simple and useful.”
“The Tracker Kit is very intuitive and easy to use,” said Eric Folkestad, of Arcturus UAV and President of the Association for Unmanned Vehicle Systems International (AUVSI) Cascade Chapter, in a press release. “It lets us use NextGen ADS-B to track our aircraft on the iPad, and we see other airplanes transiting the area as well, which are exactly the ones we need to avoid. This product is key to safety.”
Providing for safe operation of UAS in the National Airspace System is a critical FAA milestone mandated by Congress. UAS typically fly missions that are considered too "dirty, dull, or dangerous" for manned aircraft.
The equipment is undergoing certification and Sagetech is working with FAA on this, said Scribner. “We are accepting orders now and will have inventory on shelves in a few weeks,” he said. The kit, which costs $8,600.
AOPA eNewsletter and Social Media Editor Benét J. Wilson joined AOPA in 2011. She is working on her private pilot certificate.
ADS B Transceiver,
The FAA on Sept. 25 granted requests from six aerial photo and video production companies to use unmanned aircraft systems (UAS) for film and television.
A Boston-area startup led by an aeronautical engineer (and private pilot) is working toward an unmanned, solar-powered aircraft capable of staying aloft for two years.
Researchers at the University of Sheffield in England are designing autonomous flying machines that think for themselves, and learn as they go.
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