FAA awards contracts for drone research at Grand Sky
GRAND FORKS — The Federal Aviation Administration has awarded more than $2 million in contracts to two companies that will conduct unmanned aircraft systems research, some of which will take place at Grand Sky.
According to a release from the office of Sen. John Hoeven, R-N.D., the funds were awarded through a program that demonstrates or validates technologies essential to the safe integration of UAS into the national airspace. Hoeven has worked to advance and fund such research programs.
General Atomics Aeronautical Systems, Inc., an anchor tenant at the Grand Sky drone research and business park, received nearly $1.5 million, and Fargo-based product development and technology company Appareo Systems LLC, received more than $800,000 in funding. The companies will work in conjunction with the Northern Plains UAS Test Site, near Grand Forks Air Force Base.
“We’ve built a premiere hub for all things UAS here in North Dakota,” said Hoeven. “It makes sense for the FAA to utilize the expertise of businesses in our state, like GA-ASI and Appareo, along with our test site to develop and demonstrate the technologies needed to safely fly unmanned aircraft in our national airspace. That’s exactly why we created this UAS research program, which uses federal funds to leverage private investment and create these kinds of partnerships.”
The contract awarded to General Atomics will focus on detect and avoid capabilities. This technology will enable unmanned aircraft to detect other aircraft flying nearby, and maintain a safe distance from them. GA-ASI president David R. Alexander said he looks forward to working on more projects in North Dakota, and to deepening his company’s relationship with the Northern Plains UAS Test Site.
“This is an opportunity to showcase the investment GA-ASI continues to make into detect and avoid technology, and, in a broader sense, the integration of UAS into the National Airspace System,” Alexander said.
Appareo will conduct research into how radio signals function at different altitudes and in different environments, for the purpose of controlling an unmanned aircraft, and live-streaming high-resolution video. The research will also evaluate the use of LTE cellular networks for unmanned aircraft, which will help ensure communication between drones and the ground stations that control them.
Brenda Wyland, vice president of government and defense initiatives at Appareo, said she is pleased to be involved with the federal partnership working to integrate drones into the national airspace.
“Programs like this, designed to leverage companies’ expertise such as our depth of experience developing cutting-edge technology, are essential to advance the industry,” Wyland said.
- Wie man ein Fleischseil binden
- The Pros and Cons of Plastic Greenhouses: What You Need to Know
- How to Design and 3D Print a Mashup Model
- How to Start a Hardware Store
- Imperial College London & Microsoft Propose a Cheap and Accessible Method for Upgrading 3D Printers to 5 Axes
- Northern B.C. drone study aims to improve access to healthcare supplies for Indigenous communities
- Safety And Security Drones Market Size, Trends, Comprehensive Analysis, 2022-2030
- Stigmergy versus behavioral flexibility and planning in honeybee comb construction Stigmergy versus behavioral flexibility and planning in honeybee comb construction